skbose/indian-english-nptel-v0-tags-gender-accent

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5a415f101eb4aa91ea7f5adffbc442e4f4019a967e942bacb6afe937	TO THE CUSTOMERS I THINK THAT IS WHERE COMPANY CHARACTERISTICS	Prof. K.B Akhilesh	to the customers i think that is where company characteristics	130.245407	15.339046	33.583332	59.520935	13.511111	tu ðʌ kʌstʌmɜ˞z aɪ θɪŋk ðæt ɪz wɛɹ kʌmpʌni kɛɹʌktɜ˞ɪstɪks	0.987609	21.843348	3.058209	male	Indian
b24047bf03d6083a21b7145a6dba5b796803b9603ce3f265a6478aac	SO CORE COMPETENCY IS NOT ABOUT JUST A PRODUCT OR A SERVICE IT IS ABOUT HOW ORGANISATIONS	Dr. S. Vaidhyasubramaniam	so core competency is not about just a product or a service it is about how organisations	158.269806	81.730049	48.527756	54.7379	12.265289	soʊ kɔɹ kɑmpʌtɪnsi ɪz nɑt ʌbaʊt dʒʌst ʌ pɹɑdʌkt ɔɹ ʌ sɜ˞vʌs ɪt ɪz ʌbaʊt haʊ ɔɹɡʌnɪzeɪʃʌnz	0.987401	19.490788	4.013162	male	Indian
0c8b9d59f59b4592697b006635355e954e3d3307797d8ba0c5985b82	IF I GO ALONG THIS PARTICULAR PATH THIS Q IS TRUE OVER HERE AND IF ONE GO BUT OTHER PATH	Prof. Jatindra Kumar Deka	if i go along this particular path this q is true over here and if one go but other path	144.561401	31.846088	30.925339	19.434158	18.282112	ɪf aɪ ɡoʊ ʌlɔŋ ðɪs pɜ˞tɪkjʌlɜ˞ pæθ ðɪs kju ɪz tɹu oʊvɜ˞ hiɹ ʌnd ɪf wʌn ɡoʊ bʌt ʌðɜ˞ pæθ	0.968941	16.185591	2.63026	male	Indian
14a5817a3a0f773d18bdb5168c83832d6f61bdb33ed1ba3e6fce9993	TO BE JUST E TRUNCATION PLUS E ROUND OFF WHICH WE ARE GOING TO WRITE LET US CALL THIS F DOUBLE	Dr. Niket Kaisare	to be just e truncation plus e round off which we are going to write let us call this f double	151.728058	17.063334	42.407784	37.772701	14.331723	tu bi dʒʌst i tɹʌŋkeɪʃʌn plʌs i ɹaʊnd ɔf wɪtʃ wi ɑɹ ɡoʊɪŋ tu ɹaɪt lɛt ʌs kɔl ðɪs ɛf dʌbʌl	0.991984	23.915405	3.308284	male	Indian
e49a29959723458fd8eccd8fe0b0a25d225087c40137eafff6a834fa	ASSUME F N THAT IS NATURAL FREQUENCY OF THE MACHINE PLUS FOUNDATIONS SYSTEM	Dr. Deepankar Choudhury	assume f n that is natural frequency of the machine plus foundations system	101.407295	52.592686	33.805939	55.276794	22.574956	ʌsum ɛf ɛn ðæt ɪz nætʃɜ˞ʌl fɹikwʌnsi ʌv ðʌ mʌʃin plʌs faʊndeɪʃʌnz sɪstʌm	0.999526	26.202114	3.426543	male	Indian
c04519f1a264576d55a5a40986f7217f3e66805cc14e4edc688c3eeb	AND CUT IT HERE THEN THE SMALL PORTION THAT WILL APPEAR IS MORE OR JUST LIKE VERY CLOSE	Prof.U.S.Dixit	and cut it here then the small portion that will appear is more or just like very close	127.293106	22.044882	59.469242	58.909317	14.958648	ʌnd kʌt ɪt hiɹ ðɛn ðʌ smɔl pɔɹʃʌn ðæt wɪl ʌpɪɹ ɪz mɔɹ ɔɹ dʒʌst laɪk vɛɹi kloʊs	0.998096	27.940264	3.984718	male	Indian
f277130575fcd33568592b04c6b507956fe8ebcae1270bfb61c2f876	ARC THIS IS THE RULE FINALLY THEY ARE GIVING EXITING ARC SO IT HAS TO BE UNIQUE IS SO	Prof. Prabha Sharma	arc this is the rule finally they are giving exiting arc so it has to be unique is so	195.787201	60.276539	36.87962	42.307587	24.064674	ɑɹk ðɪs ɪz ðʌ ɹul faɪnʌli ðeɪ ɑɹ ɡɪvɪŋ ɛɡzɪtɪŋ ɑɹk soʊ ɪt hæz tu bi junik ɪz soʊ	0.926716	16.450583	2.554386	female	Indian
b5df5f857d63f43261bf4761b98cab4cbc6c449ddd6aa905653f4c28	HYDRAULIC LOADING RATE WHERE HYDRAULIC	Prof C.Venkobachar	hydraulic loading rate where hydraulic	398.288696	143.419876	50.064102	34.500889	10.019682	haɪdɹɔlɪk loʊdɪŋ ɹeɪt wɛɹ haɪdɹɔlɪk	0.896663	20.771461	3.504101	female	Indian
78d79ed99842819c92cbe9138a565d123b1c6e18171d144f10fafb26	AND WE ALSO MENTIONED THAT SUCH A LINEAR DISCRIMINANT CAN BE THOUGHT OF AS A SPECIAL CASE OF LINEAR	Prof. P.S. Sastry	and we also mentioned that such a linear discriminant can be thought of as a special case of linear	138.399017	51.214046	62.213257	59.833096	13.316687	ʌnd wi ɔlsoʊ mɛnʃʌnd ðæt sʌtʃ ʌ lɪniɜ˞ kæn bi θɔt ʌv æz ʌ spɛʃʌl keɪs ʌv lɪniɜ˞	0.989151	27.34725	3.456202	male	Indian
963b39ab457c8ea9bb9c06c34ecabd48d572827f32794ffd4d49b501	IS NON NEGATIVE OF COURSE WE DO NOT NEED ANY SIGN RESTRICTIONS ON MU STAR SO LET	Dr. Shirish K. Shevade	is non negative of course we do not need any sign restrictions on mu star so let	101.453751	31.84112	54.279633	59.688309	14.03023	ɪz nɑn nɛɡʌtɪv ʌv kɔɹs wi du nɑt nid ɛni saɪn ɹistɹɪkʃʌnz ɑn mu stɑɹ soʊ lɛt	0.990651	27.992401	3.499707	male	Indian
c670837243d687bb6d721b347951b82159f926704a12f195e15a0d3e	THE WATER TODAY AND THEN YOU CAN GO THROUGH THE ROUT SITUATION IN A BETTER MANNER SO BEING ABLE TO FORECAST ACCURATELY IS ALSO	Dr. Ashu Jain	the water today and then you can go through the rout situation in a better manner so being able to forecast accurately is also	135.220459	38.051765	36.683407	59.418343	14.155045	ðʌ wɔtɜ˞ tʌdeɪ ʌnd ðɛn ju kæn ɡoʊ θɹu ðʌ ɹaʊt sɪtʃueɪʃʌn ɪn ʌ bɛtɜ˞ mænɜ˞ soʊ biɪŋ eɪbʌl tu fɔɹkæst ækjɜ˞ʌtli ɪz ɔlsoʊ	0.998412	25.947765	3.580757	male	Indian
c271278e8c2c36b70e7bc3b6673214e4d699a02e124b749f3e060bfb	DO NOT OCCUR UNLESS THERE IS AN APPROPRIATE CATALYST NOW EVEN IN PRESENCE OF APPROPRIATE	Prof.Jayant Modak	do not occur unless there is an appropriate catalyst now even in presence of appropriate	150.448059	46.616703	49.746128	59.81076	13.445378	du nɑt ʌkɜ˞ ʌnlɛs ðɛɹ ɪz æn ʌpɹoʊpɹiʌt kætʌlʌst naʊ ivɪn ɪn pɹɛzʌns ʌv ʌpɹoʊpɹiʌt	0.998534	26.897039	4.16523	male	Indian
da4c7a2c3b8f3c05c72357ec36a8d954d1c6e7c6204e0063fe81d8bd	STUDYING CONSUMERS WE HAVE ALSO DISCUSSED THE MODELS OF CONSUMER BEHAVIOR IN TERMS OF THE GENERAL MODELS WHERE WE SPOKE	Dr. Sangeeta Sahney	studying consumers we have also discussed the models of consumer behavior in terms of the general models where we spoke	206.703064	44.352325	39.005398	58.113899	17.501439	stʌdiɪŋ kʌnsumɜ˞z wi hæv ɔlsoʊ dɪskʌst ðʌ mɑdʌlz ʌv kʌnsumɜ˞ bɪheɪvjɜ˞ ɪn tɜ˞mz ʌv ðʌ dʒɛnɜ˞ʌl mɑdʌlz wɛɹ wi spoʊk	0.992518	15.846451	3.224494	female	Indian
f923e69fe91c17682d42e10757de06b2b5837841f1f7b07e869c55c0	OR AVAILABLE DAMPING AND THEN SELECT THE ISOLATORS OKAY	Prof. A.R. Mohanty	or available damping and then select the isolators okay	146.130508	41.280453	34.272884	59.720623	9.839273	ɔɹ ʌveɪlʌbʌl dæmpɪŋ ʌnd ðɛn sʌlɛkt ðʌ oʊkeɪ	0.969349	23.884058	2.774569	male	Indian
b982d22968bddc132520ce40e66c6f06b5e2d66af3e23d9e1d9d545c	DERIVED THE EXPRESSION FOR BOTH THE CASE OF FM AS WELL AS PHASE MODULATION	Prof.Surendra Prasad	derived the expression for both the case of fm as well as phase modulation	103.343658	48.262714	29.588839	57.028812	12.586038	dɜ˞aɪvd ðʌ ɪkspɹɛʃʌn fɔɹ boʊθ ðʌ keɪs ʌv ɛfɛm æz wɛl æz feɪz mɑdʒʌleɪʃʌn	0.997332	18.089733	2.884142	male	Indian
2cbe5589e4740f3487b8a283a88344bfda6f19fdf463b9bee3e40e0d	NOW ONE OHM BY FOUR OHMS WHICH IS YOUR BASE SO IT HAS A VALUE OF ZERO PER UNIT	Dr. Vinod John	now one ohm by four ohms which is your base so it has a value of zero per unit	146.930038	23.478785	50.631756	59.242676	8.574142	naʊ wʌn oʊm baɪ fɔɹ oʊmz wɪtʃ ɪz jɔɹ beɪs soʊ ɪt hæz ʌ vælju ʌv zɪɹoʊ pɜ˞ junʌt	0.992657	26.754494	3.833053	male	Indian
3981c951c0bb9a17810f5c6cbe748c3ecbd9c00154c0dda81d2a481f	POWER SEVENTEEN ONLY WHEREAS IN RELATIVE TERMS BETWEEN ELECTRON AND HOLES HOLE IS ABOUT	Prof. Monica Katiyar & Prof. Deepak Gupta	power seventeen only whereas in relative terms between electron and holes hole is about	146.385651	54.159569	45.670952	59.45105	11.88048	paʊɜ˞ sɛvʌntin oʊnli wɛɹæz ɪn ɹɛlʌtɪv tɜ˞mz bɪtwin ɪlɛktɹɑn ʌnd hoʊlz hoʊl ɪz ʌbaʊt	0.999284	28.123798	3.973331	male	Indian
d7cf92220581c11626cace63ecc41755bda12ed120e9a07f5199edb3	HERE WILL BE NINE SEE IF I NOW DRAW THE ORDINATES THROUGH THESE POINTS SO HERE IS THE ORDINATE	Prof. S.D. Agashe	here will be nine see if i now draw the ordinates through these points so here is the ordinate	178.737228	52.272655	59.853527	50.101185	16.095107	hiɹ wɪl bi naɪn si ɪf aɪ naʊ dɹɔ ðʌ θɹu ðiz pɔɪnts soʊ hiɹ ɪz ðʌ	0.975038	25.677353	3.834428	male	Indian
0685cefec98189760a9b772b63beed52c77b88d5c439874a2137040c	SO K OR MUCH MUCH GREATER THAN ONE	Prof. V. Balakrishnan	so k or much much greater than one	108.201317	26.67065	18.21504	53.15844	12.929293	soʊ keɪ ɔɹ mʌtʃ mʌtʃ ɡɹeɪtɜ˞ ðæn wʌn	0.949755	15.282342	2.085694	male	Indian
2357b2e1f5cb4550f001d879fef078f7bdc78880f8625a36941b11f9	N PLUS L ELEMENTS IN THE Y IN THE RANGE SET THEN WE START WITH ANY N PLUS ONE ELEMENT IN	Prof. P.D. Srivastava	n plus l elements in the y in the range set then we start with any n plus one element in	131.364243	28.52603	40.982075	50.42989	11.323425	ɛn plʌs ɛl ɛlʌmʌnts ɪn ðʌ waɪ ɪn ðʌ ɹeɪndʒ sɛt ðɛn wi stɑɹt wɪð ɛni ɛn plʌs wʌn ɛlʌmʌnt ɪn	0.997162	25.347895	3.170528	male	Indian
003231ec8b58892b059690ac62a4bbe6ff2ef7f85ba4bb0335a44d9a	NOT PRODUCE WHAT IT IS REQUIRED BY ITS ENVIRONMENT MUST EITHER CHANGE OR DISAPPEAR A VERY SIMPLE	Prof. Vinayshil Gautam	not produce what it is required by its environment must either change or disappear a very simple	155.184433	40.300407	48.04171	45.055534	14.356624	nɑt pɹʌdus wʌt ɪt ɪz ɹikwaɪɜ˞d baɪ ɪts ɪnvaɪɹʌnmʌnt mʌst iðɜ˞ tʃeɪndʒ ɔɹ dɪsʌpɪɹ ʌ vɛɹi sɪmpʌl	0.998262	28.11252	3.769566	male	Indian
3761c70922ebd78ad6cb67a5e97e47ca2364287ad9246a1e4a874d54	YOU HAVE ALREADY SEEN INDIANS ARE USING THE RADIUS TIMES THE SINE FUNCTION AS THE FL THAT	Prof. M.D.Srinivas	you have already seen indians are using the radius times the sine function as the fl that	216.865677	49.940327	62.335754	52.396614	11.057948	ju hæv ɔlɹɛdi sin ɪndiʌnz ɑɹ juzɪŋ ðʌ ɹeɪdiʌs taɪmz ðʌ saɪn fʌŋkʃʌn æz ðʌ ðæt	0.98314	23.526356	3.073749	female	Indian
3ff38b3db0e5bdb4a3fafa1b0703c773d3d4b68d5cb637534061e40b	FORMALLY THEY ARE REFERRED TO AS BLOCK PLACEMENT WHICH IS THE DECISION REGARDING WHERE IN THE	Prof. Matthew Jacob	formally they are referred to as block placement which is the decision regarding where in the	181.786377	28.796661	40.384418	56.50914	10.77441	fɔɹmʌli ðeɪ ɑɹ ɹʌfɜ˞d tu æz blɑk pleɪsmʌnt wɪtʃ ɪz ðʌ dɪsɪʒʌn ɹɪɡɑɹdɪŋ wɛɹ ɪn ðʌ	0.998475	26.467102	3.557693	female	Indian
f724b81ce1449409c2527f87449afc5ad36e21a9547c1a6c4c018f5b	YOU NEED FEEDBACK TO MAKE IT STABLE OF COURSE THERE IS GOING TO THE CHAPTER AND THERE FOR WE ARE GOING TO DEVOTE QUITE SOME	Prof. S.D. Agashe	you need feedback to make it stable of course there is going to the chapter and there for we are going to devote quite some	152.944763	22.192461	59.827099	46.611126	19.635158	ju nid fidbæk tu meɪk ɪt steɪbʌl ʌv kɔɹs ðɛɹ ɪz ɡoʊɪŋ tu ðʌ tʃæptɜ˞ ʌnd ðɛɹ fɔɹ wi ɑɹ ɡoʊɪŋ tu dɪvoʊt kwaɪt sʌm	0.939874	22.381947	3.213914	male	Indian
2dafc1439fbd82ab6388a2a92c260db82db9529901a6de8ad2c0ba2c	HEAT OF HYDRATION WITH TIME LET US SEE HEAT OF BECAUSE WE HAVE SEEN OTHER CONTRIBUTION OF EACH COMPOUND OF CEMENT TO HEAT OF HYDRATION	Dr. B. Bhattacharjee	heat of hydration with time let us see heat of because we have seen other contribution of each compound of cement to heat of hydration	163.254562	40.803055	39.648888	59.57407	13.322676	hit ʌv haɪdɹeɪʃʌn wɪð taɪm lɛt ʌs si hit ʌv bɪkɔz wi hæv sin ʌðɜ˞ kɑntɹʌbjuʃʌn ʌv itʃ kɑmpaʊnd ʌv sʌmɛnt tu hit ʌv haɪdɹeɪʃʌn	0.998142	26.433985	3.560966	male	Indian
4f1270417bac3e7c39d4dae8573eedded9f3a937563b9be38a13a491	SO YOU WILL GET ONLY AROUND THIRTEEN VOLT SO BUT HEATER NEEDS ONE HUNDRED VOLT SO WITH THIS ARRANGEMENT	Prof. M.K. Gunasekaran	so you will get only around thirteen volt so but heater needs one hundred volt so with this arrangement	145.268509	24.053154	58.317791	59.847298	20.709984	soʊ ju wɪl ɡɛt oʊnli ɜ˞aʊnd θɜ˞tin voʊlt soʊ bʌt hitɜ˞ nidz wʌn hʌndɹʌd voʊlt soʊ wɪð ðɪs ɜ˞eɪndʒmʌnt	0.99832	26.862362	3.985447	male	Indian
b6573274b98d7a7389b34c7cbbed2abf5136c771c148447280fe1732	BASICALLY WOULD INDICATE WHAT MONEY IS SUPPOSED TO BE RECEIVED FROM THOSE CUSTOMERS	Prof.N.L. Sarda	basically would indicate what money is supposed to be received from those customers	161.491486	31.01675	35.620918	29.089514	14.666171	beɪsɪkli wʊd ɪndʌkeɪt wʌt mʌni ɪz sʌpoʊzd tu bi ɹʌsivd fɹʌm ðoʊz kʌstʌmɜ˞z	0.993709	24.108055	3.07923	male	Indian
aa6b368a2a495da27fb9d50dca58a73a6849f6cfc0db44d0b4f715ab	IT MOVES FURTHER AND FURTHER RIGHT BUT IT IS MULTIPLIED BY E TO THE NU T BECAUSE THIS	Prof. V. Balakrishnan	it moves further and further right but it is multiplied by e to the nu t because this	162.563782	39.387859	37.421665	53.184597	17.403278	ɪt muvz fɜ˞ðɜ˞ ʌnd fɜ˞ðɜ˞ ɹaɪt bʌt ɪt ɪz mʌltʌplaɪd baɪ i tu ðʌ nu ti bɪkɔz ðɪs	0.992877	24.08411	3.410638	male	Indian
c630b8c076ade3ba6fa56e340c6c4a58baa1a14d8b076ef42baa2460	FOR THE DIFFUSION CONSTANT IS NOW A FORMULA FOR THE DIFFUSION TENSOR	Prof. V. Balakrishnan	for the diffusion constant is now a formula for the diffusion tensor	129.524124	36.233105	21.735994	52.177273	17.119342	fɔɹ ðʌ dɪfjuʒʌn kɑnstʌnt ɪz naʊ ʌ fɔɹmjʌlʌ fɔɹ ðʌ dɪfjuʒʌn tɛnsɜ˞	0.964068	19.751862	2.333541	male	Indian
f732b4ccb99f8f523bcb981a0268cf02f8e5af2f16276a4497b02f4b	IT HOLD UP IN FROM THE IDEA OF MACHINE CONTROLLING ACTING AS CONFORMIST	Dr. Aysha Iqbal Viswamohan	it hold up in from the idea of machine controlling acting as conformist	130.228882	34.791691	2.491394	11.217267	10.660396	ɪt hoʊld ʌp ɪn fɹʌm ðʌ aɪdiʌ ʌv mʌʃin kʌntɹoʊlɪŋ æktɪŋ æz kʌnfɔɹmɪst	0.609237	-5.12519	1.119521	female	Indian
427836b1c9a333eaa16d2146ed0bab33d7509a8550e6b7ae599d1dcb	BY L SQUARE INTO T BY RHO SO ALREADY WE HAVE T BY RHO AND THIS IS PI SQUARE R SQUARE	Prof.S.K.Dwivedy	by l square into t by rho so already we have t by rho and this is pi square r square	135.347366	11.724215	47.865509	39.806705	12.245975	baɪ ɛl skwɛɹ ɪntu ti baɪ ɹoʊ soʊ ɔlɹɛdi wi hæv ti baɪ ɹoʊ ʌnd ðɪs ɪz paɪ skwɛɹ ɑɹ skwɛɹ	0.998077	26.153868	4.007594	male	Indian
14b74ce02efa85378e85d7063f748a89fff515508ffcf5eef8766d7c	POWER PLANTS WHILE IF YOU HAVE BITUMINOUS COAL THE TRANSPORTATION JUSTIFIES ITSELF	Prof.S.Banerjee	power plants while if you have bituminous coal the transportation justifies itself	147.859009	44.747768	38.639008	48.550682	15.356221	paʊɜ˞ plænts waɪl ɪf ju hæv bɪtumʌnʌs koʊl ðʌ tɹænspɜ˞teɪʃʌn dʒʌstʌfaɪz ɪtsɛlf	0.988509	26.791582	3.276592	male	Indian
b02f4f77be573ec5671927a8a5d7f91586d4cc29717e74b7bfffbaa4	COMPLEX WERE FOUND TO BE MEMBERS OF THIS GNAT FAMILY OF HISTONE ACETYLTRANSFERASES	Prof.P N RANGARAJAN	complex were found to be members of this gnat family of histone acetyltransferases	164.697205	37.926636	29.260107	58.367256	11.396011	kɑmplɛks wɜ˞ faʊnd tu bi mɛmbɜ˞z ʌv ðɪs næt fæmʌli ʌv	0.987571	24.746819	2.794077	male	Indian
bdc4d9ec689ce949fed48b9c0144bca9f3694f44f693df4c8a4b9719	SO THIS BRIDGE WHICH WE USED FOR OUR CIRCUIT PROVIDE DIFFERENTIAL LOW FREQUENCY LESS THAN	Prof. Santiram Kal	so this bridge which we used for our circuit provide differential low frequency less than	176.306213	52.21476	54.450939	42.290676	15.087481	soʊ ðɪs bɹɪdʒ wɪtʃ wi juzd fɔɹ aʊɜ˞ sɜ˞kʌt pɹʌvaɪd dɪfɜ˞ɛnʃʌl loʊ fɹikwʌnsi lɛs ðæn	0.991474	27.374546	3.967871	male	Indian
571f4c44ccfbda8400bf4fc6c0b0bb94cd74741b598f185efa550b0d	BECAUSE GOT ENOUGH THIS WHAT HAPPENS IN REAL LIFE SO IN RECESSION ARE IN TIMES OF INFLATION	Prof.Surajit Sinha	because got enough this what happens in real life so in recession are in times of inflation	156.326767	68.761551	26.574688	20.750782	14.328359	bɪkɔz ɡɑt ɪnʌf ðɪs wʌt hæpʌnz ɪn ɹil laɪf soʊ ɪn ɹɪsɛʃʌn ɑɹ ɪn taɪmz ʌv ɪnfleɪʃʌn	0.986456	16.385019	2.880615	male	Indian
acd78bea45a4e6165e4c1b93cf4551c3036f9ed44eb4d08ef38a12bb	IS ZERO V B R IS MINUS V D C BY TWO YOU CAN ACHIEVE THIS SAME THING IF FOR EXAMPLE WE	Dr. G. Narayanan	is zero v b r is minus v d c by two you can achieve this same thing if for example we	144.919128	40.249523	38.995029	59.771072	13.37132	ɪz zɪɹoʊ vi bi ɑɹ ɪz maɪnʌs vi di si baɪ tu ju kæn ʌtʃiv ðɪs seɪm θɪŋ ɪf fɔɹ ɪɡzæmpʌl wi	0.989519	26.713614	2.893677	male	Indian
2b4891868dd2bfdcf6236fd7ec735f1c61de629b6a6136f5da948d91	BANDWIDTH SO THAT THE PRODUCT THE YOU CAN THINK OF	Prof.Surendra Prasad	bandwidth so that the product the you can think of	80.881523	39.68951	13.108151	59.299801	11.065007	bændwɪdθ soʊ ðæt ðʌ pɹɑdʌkt ðʌ ju kæn θɪŋk ʌv	0.979327	5.083423	2.465282	male	Indian
1f40e42d3661a42d2fad38b62ceada3c377a1b76f9e4caba80a92c6e	HAVE TO CORRESPONDS TO THE ROWS AND THE RIGHT VERTICES JUST TO DISTINGUISH THEM I WILL	Dr. Andrew Thangaraj	have to corresponds to the rows and the right vertices just to distinguish them i will	143.222931	31.684053	37.788208	54.775471	11.591053	hæv tu kɔɹʌspɑndz tu ðʌ ɹoʊz ʌnd ðʌ ɹaɪt vɜ˞tɪsiz dʒʌst tu dɪstɪŋɡwɪʃ ðɛm aɪ wɪl	0.998211	26.853584	3.688291	male	Indian
10eed21ee408b27dad67d9149d755cfa7fc6d30bf8eaec3508f93ffa	THIS IS FIXED BECAUSE ONE THE INTEREST RATES THE DOMESTIC INTEREST RATES ARE RELATED TO	Dr. Somesh K. Mathur	this is fixed because one the interest rates the domestic interest rates are related to	171.547012	58.650623	37.740215	47.304195	9.443707	ðɪs ɪz fɪkst bɪkɔz wʌn ðʌ ɪntɹʌst ɹeɪts ðʌ dʌmɛstɪk ɪntɹʌst ɹeɪts ɑɹ ɹɪleɪtɪd tu	0.98824	25.484098	3.262959	female	Indian
9528b1ae9c8f2dd8a9804dfdab200958d172eda08cef14bca06eed83	OF THE RISER IT WILL BE SUCCESSFULLY PREDICTING NEXT ONE THERE IS ANOTHER SOFTWARE CALLED	Dr. D. Benny Karunakar	of the riser it will be successfully predicting next one there is another software called	185.82402	55.815334	45.149776	53.796741	13.506384	ʌv ðʌ ɹaɪzɜ˞ ɪt wɪl bi sʌksɛsfʌli pɹɪdɪktɪŋ nɛkst wʌn ðɛɹ ɪz ʌnʌðɜ˞ sɔftwɛɹ kɔld	0.992219	26.429148	3.608213	male	Indian
1c01519226deea3125949df113bcfaeab0f7919c6ddc983d8e6b488b	HENCE WE CAN FIND OUT WHAT IS THE NUMBER OF AERATORS WE HAVE TO PROVIDE OR WHAT IS THE WE HAVE TO PROVIDE	Prof C.Venkobachar	hence we can find out what is the number of aerators we have to provide or what is the we have to provide	345.174591	128.137115	32.535824	33.101315	11.095869	hɛns wi kæn faɪnd aʊt wʌt ɪz ðʌ nʌmbɜ˞ ʌv wi hæv tu pɹʌvaɪd ɔɹ wʌt ɪz ðʌ wi hæv tu pɹʌvaɪd	0.953513	16.280396	3.450801	female	Indian
8c8c2e57d05581bec2852a576c746e6859a23fdec85dd1309e63eac8	SO YOU HAVE TO DEDUCT THE DISCOUNT HERE PREMIUM YOU HAVE TO DEDUCT ZERO	Dr. Arun K. Misra	so you have to deduct the discount here premium you have to deduct zero	177.242157	32.379726	36.191345	56.798512	11.609271	soʊ ju hæv tu dɪdʌkt ðʌ dɪskaʊnt hiɹ pɹimiʌm ju hæv tu dɪdʌkt zɪɹoʊ	0.996986	27.624269	3.767024	male	Indian
16511257c9a8abda87d868a16b3f10f941f2a7dd67b1394786106b49	A RELATIVE MAGNITUDE OF THE FREQUENCY IF THE UPPER FREQUENCY LIMIT IS TWICE THE LOWER	Prof.Rajiv Tiwari	a relative magnitude of the frequency if the upper frequency limit is twice the lower	142.924164	24.740234	37.529144	48.21925	8.213126	ʌ ɹɛlʌtɪv mæɡnʌtud ʌv ðʌ fɹikwʌnsi ɪf ðʌ ʌpɜ˞ fɹikwʌnsi lɪmʌt ɪz twaɪs ðʌ loʊɜ˞	0.992738	24.58152	3.47331	male	Indian
14d5bb452a8ac74cde99d2ffec7ac9d9d0106a3bfaeed1b920e6523d	THE ROTATIONAL MOTION OF THE SATELLITE SO FOR DESCRIBING THE ROTATIONAL MOTION OF THE	Dr. Manoranjan Sinha	the rotational motion of the satellite so for describing the rotational motion of the	132.610489	19.764374	41.097816	47.780247	16.616617	ðʌ ɹoʊteɪʃʌnʌl moʊʃʌn ʌv ðʌ sætʌlaɪt soʊ fɔɹ dɪskɹaɪbɪŋ ðʌ ɹoʊteɪʃʌnʌl moʊʃʌn ʌv ðʌ	0.998112	25.481579	3.478829	male	Indian
07a310ab7ce878c58bba7516fc0770e1064100abdbfa682faedbba68	AXIOMS OF EIGENVALUES AND EIGENFUNCTIONS AND THEN WILL GET INTO THE ACTUAL SOLUTION OF	Prof. S. De	axioms of eigenvalues and eigenfunctions and then will get into the actual solution of	159.93042	18.201765	40.725651	32.654541	8.932925	æksiʌmz ʌv aɪɡʌnvæljuz ʌnd ʌnd ðɛn wɪl ɡɛt ɪntu ðʌ æktʃʌwʌl sʌluʃʌn ʌv	0.995526	27.457212	3.912356	male	Indian
650eed20ad6390908a8a2cd1f60df3175678073afb41ce24deaf4be8	T RIGHT NOW VS IS A ONE OF THE STATE VARIABLES SO THAT WE CAN WRITE DOWN THE EQUATION IN	Prof.M.L.Kothari	t right now vs is a one of the state variables so that we can write down the equation in	140.39328	62.016685	41.682781	58.976719	13.821865	ti ɹaɪt naʊ viɛs ɪz ʌ wʌn ʌv ðʌ steɪt vɛɹiʌbʌlz soʊ ðæt wi kæn ɹaɪt daʊn ðʌ ɪkweɪʒʌn ɪn	0.998526	28.351894	3.723954	male	Indian
e3155f82665c91012267b5f9fac8e69e4d2e0745cb595d640779cc86	THREE N IT NOT GOING TO WORK NOT GOING TO BE ABLE TO DO THAT BUT STILL IT WILL BE EFFICIENT	Dr. Andrew Thangaraj	three n it not going to work not going to be able to do that but still it will be efficient	137.618301	40.819645	35.190945	52.530025	14.478114	θɹi ɛn ɪt nɑt ɡoʊɪŋ tu wɜ˞k nɑt ɡoʊɪŋ tu bi eɪbʌl tu du ðæt bʌt stɪl ɪt wɪl bi ɪfɪʃʌnt	0.997134	27.04093	3.894219	male	Indian
70400ebde0e55d56aa531590c265991b40280ba9bba27d8da3a44414	AND ALSO FAKE W WAS ALSO USED FOR STIMULATING SOME PROBLEMS ON EARTHQUAKE ASPECTS AND THEN	Dr. B.V.S. Viswanadham	and also fake w was also used for stimulating some problems on earthquake aspects and then	109.395752	30.18948	28.795034	55.36441	12.185346	ʌnd ɔlsoʊ feɪk dʌbʌlju wɑz ɔlsoʊ juzd fɔɹ stɪmjʌleɪtɪŋ sʌm pɹɑblʌmz ɑn ɜ˞θkweɪk æspɛkts ʌnd ðɛn	0.98802	24.313839	2.661692	male	Indian
d39e86ad44283698ecdd875ebb564642804dd80ca3549639cd9c462b	THEN THEY ALSO WORK AS ELECTRIC INSULATIONS	Dr.Rajat Rastogi	then they also work as electric insulations	110.183403	19.048889	45.700939	59.41877	11.700873	ðɛn ðeɪ ɔlsoʊ wɜ˞k æz ɪlɛktɹɪk	0.998884	28.836845	4.252779	male	Indian
8a0609dfa5235ca06ca1a7bcdb8a12663fcc807ae94a7e29a7f47c46	IT IS IT IS OF A SIZE SCALE THAT WOULD BE IRRELEVANT TO OUR ACTIVITY WE WOULD NOT BE	Dr. Prathap Haridoss	it is it is of a size scale that would be irrelevant to our activity we would not be	156.131531	14.680603	48.977665	58.456516	20.532813	ɪt ɪz ɪt ɪz ʌv ʌ saɪz skeɪl ðæt wʊd bi ɪɹɛlʌvʌnt tu aʊɜ˞ æktɪvʌti wi wʊd nɑt bi	0.99755	28.756884	3.984909	male	Indian
4dea259b04617b2f04000eee2d6e58ce516dfe8988308bd9680ad755	HOW ARE WE TURNING THE FLOW IN THIS SITUATION WE ARE TURNING THE FLOW AWAY FROM THE WAVE	Prof. V. Babu	how are we turning the flow in this situation we are turning the flow away from the wave	199.576752	49.575016	40.440102	58.47332	16.783217	haʊ ɑɹ wi tɜ˞nɪŋ ðʌ floʊ ɪn ðɪs sɪtʃueɪʃʌn wi ɑɹ tɜ˞nɪŋ ðʌ floʊ ʌweɪ fɹʌm ðʌ weɪv	0.992306	26.051851	3.540923	male	Indian
a5ad91e0031b68ec5b07f096592052cbcc660082a1ebdc38bb1d2068	SO THE TANGENTIAL STRESS BALANCE OR TANGENTIAL FORCE BALANCE BETTER TO SAY STRESS BALANCE	Prof. S. Chakraborty	so the tangential stress balance or tangential force balance better to say stress balance	246.249298	98.546448	47.750809	47.301289	11.068928	soʊ ðʌ tændʒɛnʃʌl stɹɛs bælʌns ɔɹ tændʒɛnʃʌl fɔɹs bælʌns bɛtɜ˞ tu seɪ stɹɛs bælʌns	0.993145	27.734936	3.808767	female	Indian
2498d68761cf8567dac32a87a7506793c8dbb02c7c89efc702e500a8	AS I HAVE SAID THAT DI SQUARE IS CHI SQUARE DISTRIBUTED SO THERE WILL BE RELATIONSHIP	Dr J Maiti	as i have said that di square is chi square distributed so there will be relationship	151.444214	29.143003	52.096939	57.744026	9.19741	æz aɪ hæv sɛd ðæt di skwɛɹ ɪz kaɪ skwɛɹ dɪstɹɪbjʌtʌd soʊ ðɛɹ wɪl bi ɹileɪʃʌnʃɪp	0.99869	25.317574	4.156539	male	Indian
999cf4f760cef529e82385d054ecb209c6f94fde22d52abe8938d5d8	DIMENSIONAL LESS EQUATION BECOMES MINUS U X PRIME U Y PRIME BY U STAR SQUARE PLUS NU	Prof. V. Kumaran	dimensional less equation becomes minus u x prime u y prime by u star square plus nu	102.133125	20.921152	40.61063	59.44833	12.739309	dɪmɛnʃʌnʌl lɛs ɪkweɪʒʌn bɪkʌmz maɪnʌs ju ɛks pɹaɪm ju waɪ pɹaɪm baɪ ju stɑɹ skwɛɹ plʌs nu	0.998411	23.956081	2.937545	male	Indian
e571696377963de32fca3ebfa0b86a5e35f06bca86c32536059776d2	THE MTH FUNCTION GIVEN BY ONE BY E LAN N OKAY FIRST OF ALL A FUNCTIONAL SERIES NEED NOT	Dr. T.E. Venkata Balaji	the mth function given by one by e lan n okay first of all a functional series need not	160.246124	49.471657	38.213539	56.360916	12.923562	ðʌ fʌŋkʃʌn ɡɪvʌn baɪ wʌn baɪ i læn ɛn oʊkeɪ fɜ˞st ʌv ɔl ʌ fʌŋkʃʌnʌl sɪɹiz nid nɑt	0.998925	23.852612	3.199205	female	Indian
0032baa8a4ada8f30a025607cd09f329769d576e645f8538c95fb169	EQUAL TO MINUS A OMEGA SQUARE SIN OMEGA T IS EQUAL TO MINUS OMEGA SQUARE X	Prof.U.S.Dixit	equal to minus a omega square sin omega t is equal to minus omega square x	152.068314	23.699446	55.598732	56.764179	11.851852	ikwʌl tu maɪnʌs ʌ oʊmɛɡʌ skwɛɹ sɪn oʊmɛɡʌ ti ɪz ikwʌl tu maɪnʌs oʊmɛɡʌ skwɛɹ ɛks	0.997814	25.446644	3.668319	male	Indian
786d9d6e5d90e176242f79b841805863611ac25c9fb69c0dafdc1469	IT IS DIFFERENT BECAUSE OF THE RESISTOR MISMATCH BUT RIGHT NOW WE ARE INTERESTED IN THE EFFECTS OF THE COMMON MODE SO WE WILL IGNORE THE INACCURACY IN THE DIFFERENTIAL GAIN AND	Dr. Nagendra Krishnapura	it is different because of the resistor mismatch but right now we are interested in the effects of the common mode so we will ignore the inaccuracy in the differential gain and	137.429199	23.657328	56.627731	59.668808	19.427263	ɪt ɪz dɪfɜ˞ʌnt bɪkɔz ʌv ðʌ ɹɪzɪstɜ˞ mɪsmætʃ bʌt ɹaɪt naʊ wi ɑɹ ɪntɹʌstɪd ɪn ðʌ ɪfɛkts ʌv ðʌ kɑmʌn moʊd soʊ wi wɪl ɪɡnɔɹ ðʌ ɪnækjɜ˞ʌsi ɪn ðʌ dɪfɜ˞ɛnʃʌl ɡeɪn ʌnd	0.995867	23.141865	3.997945	male	Indian
59f1059a23fb96c3f670b130002f976ac4adb18897d61effe45a9150	TOWERS AND COMES DOWN TO ENGAGE WITH THE PROBLEMS OF THE REAL WORLD OUT THERE NOW THIS IS QUITE A PASSIONATE PLEA	Prof. Vineet Sahu	towers and comes down to engage with the problems of the real world out there now this is quite a passionate plea	148.279633	25.64439	47.385883	53.265488	13.313754	taʊɜ˞z ʌnd kʌmz daʊn tu ɛnɡeɪdʒ wɪð ðʌ pɹɑblʌmz ʌv ðʌ ɹil wɜ˞ld aʊt ðɛɹ naʊ ðɪs ɪz kwaɪt ʌ pæʃʌnʌt pli	0.997748	25.645672	3.760791	male	Indian
604661b4ccec47ed37c2a20dd25a03313537383c721d3a135f0dfce2	THIS TEST STATISTIC WHICH WILL FOLLOW AN EVERY DISTRIBUTION UNDER H NAUGHT SO THAT THE	Dr. Amit Mitra	this test statistic which will follow an every distribution under h naught so that the	216.474854	55.424492	27.788532	57.134907	11.622276	ðɪs tɛst stʌtɪstɪk wɪtʃ wɪl fɑloʊ æn ɛvɜ˞i dɪstɹʌbjuʃʌn ʌndɜ˞ eɪtʃ nɔt soʊ ðæt ðʌ	0.977322	22.64032	2.496948	female	Indian
1476b7eda53a3ef4a2b733dac9c88ddfb3705f7ee28c466057b4e308	TABLE THE TABLE MOVES NOT THE JOB AND IF WE IN BRIEF IF WE STUDY SO THIS IS A BLEEDOFF	Prof. R.N. Maiti	table the table moves not the job and if we in brief if we study so this is a bleedoff	117.618958	29.320045	40.358578	42.430931	7.407407	teɪbʌl ðʌ teɪbʌl muvz nɑt ðʌ dʒɑb ʌnd ɪf wi ɪn bɹif ɪf wi stʌdi soʊ ðɪs ɪz ʌ	0.995256	26.213264	3.302857	male	Indian
e2b7f38365e08de3e95b786f3157fa53b0dd58ca66b91022c9ec2b20	THE VERTICAL AH CROSS SECTION OF THE CIRCLE ALL I CARE ABOUT ARE THE IS THE FRINGES SPACING	Prof. Mahesh Panchagnula	the vertical ah cross section of the circle all i care about are the is the fringes spacing	161.350388	71.185188	34.194065	58.827007	11.823362	ðʌ vɜ˞tɪkʌl ɑ kɹɔs sɛkʃʌn ʌv ðʌ sɜ˞kʌl ɔl aɪ kɛɹ ʌbaʊt ɑɹ ðʌ ɪz ðʌ fɹɪndʒɪz speɪsɪŋ	0.99566	26.375443	3.413587	male	Indian
d8594074e586bfca6e9367b8edf755bbbc13672b69f0f935495ee52b	THEN THE ANOTHER CATEGORY OF SIGNAL HERE IS THE CALLINGON SIGNAL AND THIS CALLINGON	Dr.Rajat Rastogi	then the another category of signal here is the callingon signal and this callingon	114.352142	32.184715	48.406403	56.976192	9.738987	ðɛn ðʌ ʌnʌðɜ˞ kætʌɡɔɹi ʌv sɪɡnʌl hiɹ ɪz ðʌ sɪɡnʌl ʌnd ðɪs	0.99676	27.612482	4.046922	male	Indian
dab974def98b4810746ba6ba7125b47a43d4611b223dbed35768890d	SO WHEN THE EXCITING FREQUENCY INCREASES THE DEFORMATION OF THE FOUNDATION DUE TO	Dr. S. P. Harsha	so when the exciting frequency increases the deformation of the foundation due to	224.432465	93.755203	47.656403	54.072094	13.606355	soʊ wɛn ðʌ ɪksaɪtɪŋ fɹikwʌnsi ɪnkɹisʌz ðʌ difɔɹmeɪʃʌn ʌv ðʌ faʊndeɪʃʌn du tu	0.989308	20.248524	3.758771	male	Indian
973d50cd6617e69df021fa347e5ae484a42e42d78f9440ab62ac5f1d	DIRECTION IN WHICH CRACK HAS PROPAGATED SO THIS THESE INFORMATION CANNOT BE OBSERVED	Dr. D.K. Dwivedi	direction in which crack has propagated so this these information cannot be observed	137.095413	35.550747	34.666481	59.349705	11.328976	dɜ˞ɛkʃʌn ɪn wɪtʃ kɹæk hæz pɹɑpʌɡeɪtɪd soʊ ðɪs ðiz ɪnfɜ˞meɪʃʌn kænɑt bi ʌbzɜ˞vd	0.99746	28.244507	3.56757	male	Indian
071e8d896a72a4f1bcf952847b06b28f49b7185c29ff4894df74ea17	FROM G WITH RESPECT TO X I CAN WRITE IT AS DG DR IT IS D BECAUSE WHEN YOU WRITE	Prof. M. Chakraborty	from g with respect to x i can write it as dg dr it is d because when you write	126.771729	25.748045	54.658585	49.487743	10.762027	fɹʌm dʒi wɪð ɹɪspɛkt tu ɛks aɪ kæn ɹaɪt ɪt æz dɹaɪv ɪt ɪz di bɪkɔz wɛn ju ɹaɪt	0.994946	25.92243	3.693169	male	Indian
20aa73467f5f3783ac36ec320f60a9c1157d5639449dfa44f44bfdd2	THAT IS HOW WE GET A VARIETIES OF TRANSFER FUNCTION MODELS FROM THIS GENERAL TRANSFER	Prof. Somanath Majhi	that is how we get a varieties of transfer function models from this general transfer	153.206085	28.222305	39.265472	20.52742	13.186377	ðæt ɪz haʊ wi ɡɛt ʌ vɜ˞aɪʌtiz ʌv tɹænsfɜ˞ fʌŋkʃʌn mɑdʌlz fɹʌm ðɪs dʒɛnɜ˞ʌl tɹænsfɜ˞	0.990661	22.985687	3.381506	male	Indian
1b3d523713ad341d14d9323707e0727929bbcdf85faa475fec068ebb	LET US ASSUME THAT X STAR BE THE SOLUTION OF THIS PROBLEM THEREFORE WE CAN SAY THAT	Dr. Shirish K. Shevade	let us assume that x star be the solution of this problem therefore we can say that	119.849571	25.37933	56.664688	41.774651	16.161616	lɛt ʌs ʌsum ðæt ɛks stɑɹ bi ðʌ sʌluʃʌn ʌv ðɪs pɹɑblʌm ðɛɹfɔɹ wi kæn seɪ ðæt	0.998848	28.622406	3.864503	male	Indian
d61d891b5895be40a2f39b55b04a4ce3c7dee7e9ab1df9db99097f1a	DEPENDING ON THE SIZE RANGE OF THE PARTICLES YOU MAY CHOOSE TO USE OPTICAL MICROSCOPY OR SCANNING ELECTRON MICROSCOPY OR TUNNELING ELECTRON MICROSCOPY YOU COUNT THE NUMBER	Dr. R. Nagarajan	depending on the size range of the particles you may choose to use optical microscopy or scanning electron microscopy or tunneling electron microscopy you count the number	158.768951	32.500488	58.097496	58.182728	18.504328	dɪpɛndɪŋ ɑn ðʌ saɪz ɹeɪndʒ ʌv ðʌ pɑɹtʌkʌlz ju meɪ tʃuz tu jus ɑptɪkʌl maɪkɹʌskʌpi ɔɹ skænɪŋ ɪlɛktɹɑn maɪkɹʌskʌpi ɔɹ tʌnʌlɪŋ ɪlɛktɹɑn maɪkɹʌskʌpi ju kaʊnt ðʌ nʌmbɜ˞	0.998611	21.125244	3.960508	male	Indian
bbec6ecdf0b452879322868f887dd2b62c64c9b11895dfaf2f2f42a3	ALBUMIN IS OFTEN USED AS A STANDARD THEN AT THE UNKNOWN PROTEIN SAMPLE WHOSE	Prof. Sanjeeva Srivastava	albumin is often used as a standard then at the unknown protein sample whose	216.561295	50.816242	18.511543	59.216454	11.952862	ælbjumʌn ɪz ɔfʌn juzd æz ʌ stændɜ˞d ðɛn æt ðʌ ʌnnoʊn pɹoʊtin sæmpʌl huz	0.967533	17.426571	1.857892	female	Indian
406a6af340bbb007e9f367aee18a8b01553022c4a11cf53ef2b684f8	IS REALLY V P DIVIDED BY FOUR TIMES V G S Q MINUS V T	Prof.K.Radhakrishna Rao	is really v p divided by four times v g s q minus v t	153.902466	38.798782	28.429699	29.808104	7.87623	ɪz ɹɪli vi pi dɪvaɪdɪd baɪ fɔɹ taɪmz vi dʒi ɛs kju maɪnʌs vi ti	0.94992	22.990421	2.285173	male	Indian
b9d0e849d9c685e46c60df641cf39bf9aea18a99c1e7537ffbc129ac	COST I MEAN THE ESTIMATED COST OF THE FULL SOLUTION NOT THE PARTIAL SOLUTION HERE WE ARE WORKING ONLY WITH PARTIAL SOLUTION SO	Prof. Deepak Khemani	cost i mean the estimated cost of the full solution not the partial solution here we are working only with partial solution so	175.669907	46.145668	43.245186	45.935745	19.982774	kɑst aɪ min ðʌ ɛstʌmeɪtʌd kɑst ʌv ðʌ fʊl sʌluʃʌn nɑt ðʌ pɑɹʃʌl sʌluʃʌn hiɹ wi ɑɹ wɜ˞kɪŋ oʊnli wɪð pɑɹʃʌl sʌluʃʌn soʊ	0.997014	27.647732	3.741947	male	Indian
203f7283a68d9fcbcf42b3bd3b2b3296dea61871a96df573dcc77401	WE HAVE DISCUSSED THE THEORY IN THE PREVIOUS SESSION TODAY WE WILL SPEAK ON THE IMPLICATION	Dr. Sangeeta Sahney	we have discussed the theory in the previous session today we will speak on the implication	181.465225	44.16098	25.51366	58.569798	12.98377	wi hæv dɪskʌst ðʌ θɪɹi ɪn ðʌ pɹiviʌs sɛʃʌn tʌdeɪ wi wɪl spik ɑn ðʌ ɪmplʌkeɪʃʌn	0.980515	21.908777	2.313381	female	Indian
0e54e2d2a3fc617ee7c53b8ee3b054aeaa49c0719184232933c14607	OVER A DIAGRAM FOR EXAMPLE IF I TAKE THIS IS A SLAG METAL INTERFACE LET US SEE SULPHUR	Prof.Deepak Mazumdar	over a diagram for example if i take this is a slag metal interface let us see sulphur	154.450409	39.195278	44.55386	55.448635	12.824765	oʊvɜ˞ ʌ daɪʌɡɹæm fɔɹ ɪɡzæmpʌl ɪf aɪ teɪk ðɪs ɪz ʌ slæɡ mɛtʌl ɪntɜ˞feɪs lɛt ʌs si sʌlfɜ˞	0.997974	30.348274	3.651421	male	Indian
f3de5216ccb2642d2f0773326d21d8d1d69f0c5728a4fdc944f10591	WILL PICK UP ON ADAMS SMITH IN THE NEXT CLASS WHICH IS ON SATURDAY I WAS GOING TO TEACH	Dr. Shivakumar	will pick up on adams smith in the next class which is on saturday i was going to teach	145.932968	28.860762	51.061707	46.756466	17.08185	wɪl pɪk ʌp ɑn ædʌmz smɪθ ɪn ðʌ nɛkst klæs wɪtʃ ɪz ɑn sætɜ˞di aɪ wɑz ɡoʊɪŋ tu titʃ	0.99176	24.296352	3.775827	male	Indian
c0353e726339d3ee036cfee5b76e843e6c75e69c9fd810ed7e98e6b2	WHICH WILL ALSO HAVE A SIDE OF POLES LOCATED IN THE LEFT HALF S PLANE THAT WILL GIVE US	Prof. Somanath Majhi	which will also have a side of poles located in the left half s plane that will give us	120.551857	22.066582	27.859602	19.023785	8.407724	wɪtʃ wɪl ɔlsoʊ hæv ʌ saɪd ʌv poʊlz loʊkeɪtʌd ɪn ðʌ lɛft hæf ɛs pleɪn ðæt wɪl ɡɪv ʌs	0.966395	18.411238	2.405314	male	Indian
269c28db7681d79f11a94a141e73d355cc90c5609edd7d6dd627d82d	DO IT BY THE METHOD WE DID IT IN THE LAST CLASS IS IT CLEAR NOW ARE YOU ABSOLUTELY	Prof. Devdas Menon	do it by the method we did it in the last class is it clear now are you absolutely	140.305191	33.167812	44.449398	59.888432	16.10306	du ɪt baɪ ðʌ mɛθʌd wi dɪd ɪt ɪn ðʌ læst klæs ɪz ɪt klɪɹ naʊ ɑɹ ju æbsʌlutli	0.994666	26.858969	3.844498	male	Indian
7468c23bb90c21b3cf5dc15e4191e5cb71419741138ed90a6781875c	SO IF YOU COMPARE THE VALUE USING H EQUAL TO ONE BY TWO USING THE TRAPEZOIDAL METHOD VERSUS	Dr. Niket Kaisare	so if you compare the value using h equal to one by two using the trapezoidal method versus	153.111847	29.723148	58.322578	52.449413	9.288654	soʊ ɪf ju kʌmpɛɹ ðʌ vælju juzɪŋ eɪtʃ ikwʌl tu wʌn baɪ tu juzɪŋ ðʌ mɛθʌd vɜ˞sʌs	0.96964	17.696987	3.662633	male	Indian
068c755ce6d707d20f98da15ed0e098247217895d96676d21039990e	OF L S L S COUPLING	Dr. J.R. Mudakavi	of l s l s coupling	111.004654	40.12328	41.468052	41.114178	7.363576	ʌv ɛl ɛs ɛl ɛs kʌplɪŋ	0.998169	28.753429	3.769266	male	Indian
5a10716a86e44fee9b5f47c3953934783ea9604709ec07d3ea326b4e	ABLE TO MAKE AFTER TAKING THE ACCOUNTS ALL THE EXPENDITURES AFTER TAKING IN TO THE ACCOUNT	Dr. A. Thillai Rajan	able to make after taking the accounts all the expenditures after taking in to the account	175.029831	26.075151	45.95369	51.448132	25.354708	eɪbʌl tu meɪk æftɜ˞ teɪkɪŋ ðʌ ʌkaʊnts ɔl ðʌ ɪkspɛndʌtʃɜ˞z æftɜ˞ teɪkɪŋ ɪn tu ðʌ ʌkaʊnt	0.974569	24.099827	3.487474	male	Indian
25363911106d6c42c72238d46e06797aa75b25b7acf159043deab42f	VOWELS THAT OCCURS IN THIS WORD A AND I ARE AFFIRMATIVE AND E AND O ARE CONSIDER TO BE	Dr. A.V. Ravishankar Sarma	vowels that occurs in this word a and i are affirmative and e and o are consider to be	130.95195	32.907513	26.547485	54.334499	9.657948	vaʊʌlz ðæt ʌkɜ˞z ɪn ðɪs wɜ˞d ʌ ʌnd aɪ ɑɹ ʌfɜ˞mʌtɪv ʌnd i ʌnd oʊ ɑɹ kʌnsɪdɜ˞ tu bi	0.986197	16.387753	2.594098	male	Indian
2d7d33ea57914676743dac7fa37af6142f3511a6c2488c0638a5faff	OTHER SYSTEM SHOULD BE INSIDE TO TAKE CARE OF THE CONTROL THAT IS WHERE AUTOMATIC FLIGHT	Prof. C. Venkatesan	other system should be inside to take care of the control that is where automatic flight	182.238266	46.914097	43.664181	45.433849	14.444444	ʌðɜ˞ sɪstʌm ʃʊd bi ɪnsaɪd tu teɪk kɛɹ ʌv ðʌ kʌntɹoʊl ðæt ɪz wɛɹ ɔtʌmætɪk flaɪt	0.998409	26.512989	3.594496	male	Indian
8af75311283ce6c02aef84a5fc57b427d4f3bb049b58fc55ac57ee75	OF THE TOOL AND THAT FLANK IS ACTUALLY FACING THE MACHINE SURFACE THAT MEANS THIS THICKNESS	Prof. A.K. Chattopadhyay	of the tool and that flank is actually facing the machine surface that means this thickness	188.621475	33.485134	49.883064	47.702953	8.804233	ʌv ðʌ tul ʌnd ðæt flæŋk ɪz æktʃuʌli feɪsɪŋ ðʌ mʌʃin sɜ˞fʌs ðæt minz ðɪs θɪknʌs	0.997788	25.526588	3.315498	male	Indian
f90fb9c28875a580c3a9bf256b27a13b36a126ac6244ccdf490cd563	WHICH CONDITIONS YOU GET MAXIMUM CONCENTRATE ETCETERA ETCETERA AND THEY HAVE BEEN FOUND	Prof.H.S. Ray	which conditions you get maximum concentrate etcetera etcetera and they have been found	144.491013	41.500416	37.743954	59.10545	12.301922	wɪtʃ kʌndɪʃʌnz ju ɡɛt mæksʌmʌm kɑnsʌntɹeɪt ɛtsɛtɜ˞ʌ ɛtsɛtɜ˞ʌ ʌnd ðeɪ hæv bɪn faʊnd	0.997726	26.923342	3.82773	male	Indian
02c0ed030b5d63646bce5a041ad940e7a7402327803f458cc10b622d	YOU SEE A MORE AND MORE TURBULENCES ARE BEING CREATED IN THAT IF WE ARE GOING TO THE QUDRUPOLE	Dr. S. P. Harsha	you see a more and more turbulences are being created in that if we are going to the qudrupole	169.22847	78.1194	46.354515	46.023964	13.723197	ju si ʌ mɔɹ ʌnd mɔɹ ɑɹ biɪŋ kɹieɪtʌd ɪn ðæt ɪf wi ɑɹ ɡoʊɪŋ tu ðʌ	0.99588	27.936348	3.772745	male	Indian
05c0a3954a0c0e8465373a84b24458971ac12930dab305c052fbaf26	MECHANICS OF A OF ZERO A OF TAU OVER I H CROSS IN EQUILIBRIUM OVER THE CANONICAL SUM HERE	Prof. V. Balakrishnan	mechanics of a of zero a of tau over i h cross in equilibrium over the canonical sum here	99.207169	19.299606	21.808832	41.915836	10.10359	mʌkænɪks ʌv ʌ ʌv zɪɹoʊ ʌ ʌv oʊvɜ˞ aɪ eɪtʃ kɹɔs ɪn ikwʌlɪbɹiʌm oʊvɜ˞ ðʌ kʌnɑnʌkʌl sʌm hiɹ	0.967472	20.968941	2.379387	male	Indian
8f4c46827a94e13396f56fd92381d22595fa50bac8e8386fc752f1d3	THE THE THE PERIOD CAN BE DIVIDED INTO TWO CATEGORIES FIRST ONE IS THE MECHANICAL ERA	Prof.Ajit Pal	the the the period can be divided into two categories first one is the mechanical era	149.959793	17.833197	47.1171	52.946018	9.73281	ðʌ ðʌ ðʌ pɪɹiʌd kæn bi dɪvaɪdɪd ɪntu tu kætʌɡɔɹiz fɜ˞st wʌn ɪz ðʌ mʌkænɪkʌl ɛɹʌ	0.999097	27.654366	3.710653	male	Indian
00e45db88c7a3acf956681c01b149554d4ff440f31dede97430505ff	IS DISSIPATED THERE IS A LARGER ZONE WERE THE TOUGHENING OF OCCURS AND ENERGY IS DISSIPATED	Dr. Ravindra Gettu	is dissipated there is a larger zone were the toughening of occurs and energy is dissipated	151.832901	34.914948	45.395039	59.185036	11.119287	ɪz dɪsʌpeɪtɪd ðɛɹ ɪz ʌ lɑɹdʒɜ˞ zoʊn wɜ˞ ðʌ tʌfʌnɪŋ ʌv ʌkɜ˞z ʌnd ɛnɜ˞dʒi ɪz dɪsʌpeɪtɪd	0.999325	29.809658	4.282508	male	Indian
2c17d28c3b909a0a335e0b865e5936ef624c98cf3f4a17fe6d8cc0be	ERROR TERMS ARE WELL CONNECTED AND HOW IT CAN BE VERY POTENTIAL AND VERY INFLUENTIAL	Dr. Rudra P. Pradhan	error terms are well connected and how it can be very potential and very influential	111.934883	24.313404	45.769291	54.460297	11.76138	ɛɹɜ˞ tɜ˞mz ɑɹ wɛl kʌnɛktɪd ʌnd haʊ ɪt kæn bi vɛɹi pʌtɛnʃʌl ʌnd vɛɹi ɪnfluɛnʃʌl	0.998514	24.085608	3.47878	male	Indian
77d6d1a3526a7f905620caa234474190d3500509a1d6d36d1f2ede05	THAT IS ALL THE POWER THAT IS FED FROM PORT NUMBER ONE COMES BACK TO PORT NUMBER TWO NOW	Prof.S. C Dutta Roy	that is all the power that is fed from port number one comes back to port number two now	130.594101	48.033817	43.396824	59.527222	17.518247	ðæt ɪz ɔl ðʌ paʊɜ˞ ðæt ɪz fɛd fɹʌm pɔɹt nʌmbɜ˞ wʌn kʌmz bæk tu pɔɹt nʌmbɜ˞ tu naʊ	0.991518	24.646418	2.908426	male	Indian
c0159bd48c2e8fadeb7b97ad138a56c76723d340fc5e6d961fbebb0b	THAN OR EQUAL TO X J J SO SINCE THREE AND FIVE ARE MEDIANS X THREE THREE EQUAL TO ONE X FIVE FIVE EQUAL	Prof. G. Srinivasan	than or equal to x j j so since three and five are medians x three three equal to one x five five equal	263.36377	58.277809	52.813251	58.189568	11.417969	ðæn ɔɹ ikwʌl tu ɛks dʒeɪ dʒeɪ soʊ sɪns θɹi ʌnd faɪv ɑɹ ɛks θɹi θɹi ikwʌl tu wʌn ɛks faɪv faɪv ikwʌl	0.941582	25.499405	3.619377	female	Indian
507473248ef0730a62445315e878192384328dd7e3872d93cba50799	THE COPULA THAT WE HAVE THAT WE HAVE TAKEN AND IF WE KNOW THAT COPULA THEN THE FULL FORM OF THIS JOIN DISTRIBUTION IS KNOWN TO US	Prof. Rajib Maity	the copula that we have that we have taken and if we know that copula then the full form of this join distribution is known to us	120.988388	19.134939	52.073708	58.948067	12.457252	ðʌ ðæt wi hæv ðæt wi hæv teɪkʌn ʌnd ɪf wi noʊ ðæt ðɛn ðʌ fʊl fɔɹm ʌv ðɪs dʒɔɪn dɪstɹʌbjuʃʌn ɪz noʊn tu ʌs	0.994207	29.253311	3.983927	male	Indian
706c297210dce492228195d9e2882ded2810d039b9f0634b846033c0	BEING COVERED WHICH ARE COVERED BY THIS MAP SHEET IT IS HERE KANPUR AND UNNAO	Prof. Bharat Lohani	being covered which are covered by this map sheet it is here kanpur and unnao	125.635742	35.755142	45.55172	59.501411	13.693375	biɪŋ kʌvɜ˞d wɪtʃ ɑɹ kʌvɜ˞d baɪ ðɪs mæp ʃit ɪt ɪz hiɹ ʌnd	0.995375	26.005146	3.650261	male	Indian
3cfc0a409e5c73c3bb3b5c9d7043a292de9eeb535c69283934e62f70	EQUAL TO Z F INTO I ONE V ONE MINUS V TWO IS EQUAL TO Z F INTO I ONE CURRENT FLOWING HERE SO Z	Prof.A.K.Sinha	equal to z f into i one v one minus v two is equal to z f into i one current flowing here so z	145.85022	24.564714	40.890381	55.691433	12.680477	ikwʌl tu zi ɛf ɪntu aɪ wʌn vi wʌn maɪnʌs vi tu ɪz ikwʌl tu zi ɛf ɪntu aɪ wʌn kɜ˞ʌnt floʊɪŋ hiɹ soʊ zi	0.996393	25.400318	3.669726	female	Indian
06bc78d05f53bcdd4464cd3c773f558475267139913a038cdff62801	CURVED DISLOCATION AND THIS ANGLE IS THETA AND IF THIS RADIUS OF CURVATURE IS LARGE	Prof. R.N. Ghosh	curved dislocation and this angle is theta and if this radius of curvature is large	136.156967	25.189707	35.325832	56.400593	9.641387	kɜ˞vd dɪsloʊkeɪʃʌn ʌnd ðɪs æŋɡʌl ɪz θeɪtʌ ʌnd ɪf ðɪs ɹeɪdiʌs ʌv kɜ˞vʌtʃɜ˞ ɪz lɑɹdʒ	0.995992	26.408352	3.554433	male	Indian
beb4c6bd9a4aec2fd531bcf5577600fd3ba7b0815f7a9f1e122bffd1	THIS IS FOR A MACROSCOPIC VOLUME IN A STATIC FLUID SUPPOSE I CONSIDER A POINT IN A VOLUME	Dr. V. Shankar	this is for a macroscopic volume in a static fluid suppose i consider a point in a volume	111.711815	69.566223	30.384897	58.573223	14.34894	ðɪs ɪz fɔɹ ʌ vɑljum ɪn ʌ stætɪk fluʌd sʌpoʊz aɪ kʌnsɪdɜ˞ ʌ pɔɪnt ɪn ʌ vɑljum	0.988415	21.33536	2.642656	male	Indian
d3cce608206803c42b5dfa423e28b1f7b317073272f7026f3d9d8638	OF THE SHAFT IS ONE METER DIAMETER OF THE SHAFT IS ONE MILLIMETER YOUNG'S MODULUS IS GIVEN	Prof. Rajiv Tiwari	of the shaft is one meter diameter of the shaft is one millimeter young's modulus is given	138.831161	22.197287	25.792429	35.685143	13.306256	ʌv ðʌ ʃæft ɪz wʌn mitɜ˞ daɪæmʌtɜ˞ ʌv ðʌ ʃæft ɪz wʌn mɪlʌmitɜ˞ jʌŋ'ɛs mɔdʒulʊs ɪz ɡɪvʌn	0.965206	19.96497	2.433155	male	Indian
7f4f1368858229b3860a3b90440a1947c6454eaac141ec9b85dcbe8a	THE DEFECT FREE PURE METAL AT THE INLET	Dr. A.K. Sharma	the defect free pure metal at the inlet	140.934982	32.15731	35.543007	51.679272	9.653092	ðʌ difɛkt fɹi pjʊɹ mɛtʌl æt ðʌ ɪnlɛt	0.999264	26.507786	3.682486	male	Indian
1795f43190baf4e9a0803bfe6e95c20226c9c2785a62b9f3e30eb508	AND I DECIDED THAT AT ENTRY POINT I PUT THE TWO FINGER PRINTS ONE IS THIS SIDE AND THE	Prof. Phalguni Gupta	and i decided that at entry point i put the two finger prints one is this side and the	179.732346	55.081253	30.298235	58.826084	15.852796	ʌnd aɪ dɪsaɪdɪd ðæt æt ɛntɹi pɔɪnt aɪ pʊt ðʌ tu fɪŋɡɜ˞ pɹɪnts wʌn ɪz ðɪs saɪd ʌnd ðʌ	0.993532	25.144321	3.06577	male	Indian
82e0d7401dd4cc51460139265e195487d53b4d69481ef7356f769427	READILY AVAILABLE I WANT TO BE ABLE TO FIND OUT WHAT IS THE	Prof. K. Ramamurthi	readily available i want to be able to find out what is the	142.961319	59.900238	34.316475	48.071911	12.760205	ɹɛdʌli ʌveɪlʌbʌl aɪ wɑnt tu bi eɪbʌl tu faɪnd aʊt wʌt ɪz ðʌ	0.98857	20.675205	2.992541	male	Indian
405a7c85de5e05085faf83e938a45746ff155c3b4d6b4322f71978a1	SO THAT IS A MAJOR DIFFERENCE THIS WAS AN EXAMPLE WE HAD THE ONLY THE INTRAPHASE MASS	Dr. Rintu Banerjee	so that is a major difference this was an example we had the only the intraphase mass	132.593567	28.590345	36.215508	59.275261	15.178688	soʊ ðæt ɪz ʌ meɪdʒɜ˞ dɪfɜ˞ʌns ðɪs wɑz æn ɪɡzæmpʌl wi hæd ðʌ oʊnli ðʌ mæs	0.985571	26.257156	3.069579	male	Indian

5a415f101eb4aa91ea7f5adffbc442e4f4019a967e942bacb6afe937

TO THE CUSTOMERS I THINK THAT IS WHERE COMPANY CHARACTERISTICS

Prof. K.B Akhilesh

to the customers i think that is where company characteristics

130.245407

15.339046

33.583332

59.520935

13.511111

tu ðʌ kʌstʌmɜ˞z aɪ θɪŋk ðæt ɪz wɛɹ kʌmpʌni kɛɹʌktɜ˞ɪstɪks

0.987609

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Indian

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SO CORE COMPETENCY IS NOT ABOUT JUST A PRODUCT OR A SERVICE IT IS ABOUT HOW ORGANISATIONS

Dr. S. Vaidhyasubramaniam

so core competency is not about just a product or a service it is about how organisations

158.269806

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soʊ kɔɹ kɑmpʌtɪnsi ɪz nɑt ʌbaʊt dʒʌst ʌ pɹɑdʌkt ɔɹ ʌ sɜ˞vʌs ɪt ɪz ʌbaʊt haʊ ɔɹɡʌnɪzeɪʃʌnz

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Indian

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IF I GO ALONG THIS PARTICULAR PATH THIS Q IS TRUE OVER HERE AND IF ONE GO BUT OTHER PATH

Prof. Jatindra Kumar Deka

if i go along this particular path this q is true over here and if one go but other path

144.561401

31.846088

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ɪf aɪ ɡoʊ ʌlɔŋ ðɪs pɜ˞tɪkjʌlɜ˞ pæθ ðɪs kju ɪz tɹu oʊvɜ˞ hiɹ ʌnd ɪf wʌn ɡoʊ bʌt ʌðɜ˞ pæθ

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Indian

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TO BE JUST E TRUNCATION PLUS E ROUND OFF WHICH WE ARE GOING TO WRITE LET US CALL THIS F DOUBLE

Dr. Niket Kaisare

to be just e truncation plus e round off which we are going to write let us call this f double

151.728058

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tu bi dʒʌst i tɹʌŋkeɪʃʌn plʌs i ɹaʊnd ɔf wɪtʃ wi ɑɹ ɡoʊɪŋ tu ɹaɪt lɛt ʌs kɔl ðɪs ɛf dʌbʌl

0.991984

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Indian

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ASSUME F N THAT IS NATURAL FREQUENCY OF THE MACHINE PLUS FOUNDATIONS SYSTEM

Dr. Deepankar Choudhury

assume f n that is natural frequency of the machine plus foundations system

101.407295

52.592686

33.805939

55.276794

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ʌsum ɛf ɛn ðæt ɪz nætʃɜ˞ʌl fɹikwʌnsi ʌv ðʌ mʌʃin plʌs faʊndeɪʃʌnz sɪstʌm

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Indian

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AND CUT IT HERE THEN THE SMALL PORTION THAT WILL APPEAR IS MORE OR JUST LIKE VERY CLOSE

Prof.U.S.Dixit

and cut it here then the small portion that will appear is more or just like very close

127.293106

22.044882

59.469242

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ʌnd kʌt ɪt hiɹ ðɛn ðʌ smɔl pɔɹʃʌn ðæt wɪl ʌpɪɹ ɪz mɔɹ ɔɹ dʒʌst laɪk vɛɹi kloʊs

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male

Indian

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ARC THIS IS THE RULE FINALLY THEY ARE GIVING EXITING ARC SO IT HAS TO BE UNIQUE IS SO

Prof. Prabha Sharma

arc this is the rule finally they are giving exiting arc so it has to be unique is so

195.787201

60.276539

36.87962

42.307587

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ɑɹk ðɪs ɪz ðʌ ɹul faɪnʌli ðeɪ ɑɹ ɡɪvɪŋ ɛɡzɪtɪŋ ɑɹk soʊ ɪt hæz tu bi junik ɪz soʊ

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female

Indian

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HYDRAULIC LOADING RATE WHERE HYDRAULIC

Prof C.Venkobachar

hydraulic loading rate where hydraulic

398.288696

143.419876

50.064102

34.500889

10.019682

haɪdɹɔlɪk loʊdɪŋ ɹeɪt wɛɹ haɪdɹɔlɪk

0.896663

20.771461

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female

Indian

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AND WE ALSO MENTIONED THAT SUCH A LINEAR DISCRIMINANT CAN BE THOUGHT OF AS A SPECIAL CASE OF LINEAR

Prof. P.S. Sastry

and we also mentioned that such a linear discriminant can be thought of as a special case of linear

138.399017

51.214046

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ʌnd wi ɔlsoʊ mɛnʃʌnd ðæt sʌtʃ ʌ lɪniɜ˞ kæn bi θɔt ʌv æz ʌ spɛʃʌl keɪs ʌv lɪniɜ˞

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Indian

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IS NON NEGATIVE OF COURSE WE DO NOT NEED ANY SIGN RESTRICTIONS ON MU STAR SO LET

Dr. Shirish K. Shevade

is non negative of course we do not need any sign restrictions on mu star so let

101.453751

31.84112

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ɪz nɑn nɛɡʌtɪv ʌv kɔɹs wi du nɑt nid ɛni saɪn ɹistɹɪkʃʌnz ɑn mu stɑɹ soʊ lɛt

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male

Indian

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THE WATER TODAY AND THEN YOU CAN GO THROUGH THE ROUT SITUATION IN A BETTER MANNER SO BEING ABLE TO FORECAST ACCURATELY IS ALSO

Dr. Ashu Jain

the water today and then you can go through the rout situation in a better manner so being able to forecast accurately is also

135.220459

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ðʌ wɔtɜ˞ tʌdeɪ ʌnd ðɛn ju kæn ɡoʊ θɹu ðʌ ɹaʊt sɪtʃueɪʃʌn ɪn ʌ bɛtɜ˞ mænɜ˞ soʊ biɪŋ eɪbʌl tu fɔɹkæst ækjɜ˞ʌtli ɪz ɔlsoʊ

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male

Indian

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DO NOT OCCUR UNLESS THERE IS AN APPROPRIATE CATALYST NOW EVEN IN PRESENCE OF APPROPRIATE

Prof.Jayant Modak

do not occur unless there is an appropriate catalyst now even in presence of appropriate

150.448059

46.616703

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du nɑt ʌkɜ˞ ʌnlɛs ðɛɹ ɪz æn ʌpɹoʊpɹiʌt kætʌlʌst naʊ ivɪn ɪn pɹɛzʌns ʌv ʌpɹoʊpɹiʌt

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male

Indian

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STUDYING CONSUMERS WE HAVE ALSO DISCUSSED THE MODELS OF CONSUMER BEHAVIOR IN TERMS OF THE GENERAL MODELS WHERE WE SPOKE

Dr. Sangeeta Sahney

studying consumers we have also discussed the models of consumer behavior in terms of the general models where we spoke

206.703064

44.352325

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stʌdiɪŋ kʌnsumɜ˞z wi hæv ɔlsoʊ dɪskʌst ðʌ mɑdʌlz ʌv kʌnsumɜ˞ bɪheɪvjɜ˞ ɪn tɜ˞mz ʌv ðʌ dʒɛnɜ˞ʌl mɑdʌlz wɛɹ wi spoʊk

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female

Indian

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OR AVAILABLE DAMPING AND THEN SELECT THE ISOLATORS OKAY

Prof. A.R. Mohanty

or available damping and then select the isolators okay

146.130508

41.280453

34.272884

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ɔɹ ʌveɪlʌbʌl dæmpɪŋ ʌnd ðɛn sʌlɛkt ðʌ oʊkeɪ

0.969349

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male

Indian

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DERIVED THE EXPRESSION FOR BOTH THE CASE OF FM AS WELL AS PHASE MODULATION

Prof.Surendra Prasad

derived the expression for both the case of fm as well as phase modulation

103.343658

48.262714

29.588839

57.028812

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dɜ˞aɪvd ðʌ ɪkspɹɛʃʌn fɔɹ boʊθ ðʌ keɪs ʌv ɛfɛm æz wɛl æz feɪz mɑdʒʌleɪʃʌn

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male

Indian

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NOW ONE OHM BY FOUR OHMS WHICH IS YOUR BASE SO IT HAS A VALUE OF ZERO PER UNIT

Dr. Vinod John

now one ohm by four ohms which is your base so it has a value of zero per unit

146.930038

23.478785

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naʊ wʌn oʊm baɪ fɔɹ oʊmz wɪtʃ ɪz jɔɹ beɪs soʊ ɪt hæz ʌ vælju ʌv zɪɹoʊ pɜ˞ junʌt

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26.754494

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male

Indian

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POWER SEVENTEEN ONLY WHEREAS IN RELATIVE TERMS BETWEEN ELECTRON AND HOLES HOLE IS ABOUT

Prof. Monica Katiyar & Prof. Deepak Gupta

power seventeen only whereas in relative terms between electron and holes hole is about

146.385651

54.159569

45.670952

59.45105

11.88048

paʊɜ˞ sɛvʌntin oʊnli wɛɹæz ɪn ɹɛlʌtɪv tɜ˞mz bɪtwin ɪlɛktɹɑn ʌnd hoʊlz hoʊl ɪz ʌbaʊt

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male

Indian

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HERE WILL BE NINE SEE IF I NOW DRAW THE ORDINATES THROUGH THESE POINTS SO HERE IS THE ORDINATE

Prof. S.D. Agashe

here will be nine see if i now draw the ordinates through these points so here is the ordinate

178.737228

52.272655

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50.101185

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hiɹ wɪl bi naɪn si ɪf aɪ naʊ dɹɔ ðʌ θɹu ðiz pɔɪnts soʊ hiɹ ɪz ðʌ

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male

Indian

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SO K OR MUCH MUCH GREATER THAN ONE

Prof. V. Balakrishnan

so k or much much greater than one

108.201317

26.67065

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53.15844

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soʊ keɪ ɔɹ mʌtʃ mʌtʃ ɡɹeɪtɜ˞ ðæn wʌn

0.949755

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male

Indian

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N PLUS L ELEMENTS IN THE Y IN THE RANGE SET THEN WE START WITH ANY N PLUS ONE ELEMENT IN

Prof. P.D. Srivastava

n plus l elements in the y in the range set then we start with any n plus one element in

131.364243

28.52603

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50.42989

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ɛn plʌs ɛl ɛlʌmʌnts ɪn ðʌ waɪ ɪn ðʌ ɹeɪndʒ sɛt ðɛn wi stɑɹt wɪð ɛni ɛn plʌs wʌn ɛlʌmʌnt ɪn

0.997162

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male

Indian

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NOT PRODUCE WHAT IT IS REQUIRED BY ITS ENVIRONMENT MUST EITHER CHANGE OR DISAPPEAR A VERY SIMPLE

Prof. Vinayshil Gautam

not produce what it is required by its environment must either change or disappear a very simple

155.184433

40.300407

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nɑt pɹʌdus wʌt ɪt ɪz ɹikwaɪɜ˞d baɪ ɪts ɪnvaɪɹʌnmʌnt mʌst iðɜ˞ tʃeɪndʒ ɔɹ dɪsʌpɪɹ ʌ vɛɹi sɪmpʌl

0.998262

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male

Indian

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YOU HAVE ALREADY SEEN INDIANS ARE USING THE RADIUS TIMES THE SINE FUNCTION AS THE FL THAT

Prof. M.D.Srinivas

you have already seen indians are using the radius times the sine function as the fl that

216.865677

49.940327

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ju hæv ɔlɹɛdi sin ɪndiʌnz ɑɹ juzɪŋ ðʌ ɹeɪdiʌs taɪmz ðʌ saɪn fʌŋkʃʌn æz ðʌ ðæt

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female

Indian

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FORMALLY THEY ARE REFERRED TO AS BLOCK PLACEMENT WHICH IS THE DECISION REGARDING WHERE IN THE

Prof. Matthew Jacob

formally they are referred to as block placement which is the decision regarding where in the

181.786377

28.796661

40.384418

56.50914

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fɔɹmʌli ðeɪ ɑɹ ɹʌfɜ˞d tu æz blɑk pleɪsmʌnt wɪtʃ ɪz ðʌ dɪsɪʒʌn ɹɪɡɑɹdɪŋ wɛɹ ɪn ðʌ

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female

Indian

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YOU NEED FEEDBACK TO MAKE IT STABLE OF COURSE THERE IS GOING TO THE CHAPTER AND THERE FOR WE ARE GOING TO DEVOTE QUITE SOME

Prof. S.D. Agashe

you need feedback to make it stable of course there is going to the chapter and there for we are going to devote quite some

152.944763

22.192461

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ju nid fidbæk tu meɪk ɪt steɪbʌl ʌv kɔɹs ðɛɹ ɪz ɡoʊɪŋ tu ðʌ tʃæptɜ˞ ʌnd ðɛɹ fɔɹ wi ɑɹ ɡoʊɪŋ tu dɪvoʊt kwaɪt sʌm

0.939874

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male

Indian

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HEAT OF HYDRATION WITH TIME LET US SEE HEAT OF BECAUSE WE HAVE SEEN OTHER CONTRIBUTION OF EACH COMPOUND OF CEMENT TO HEAT OF HYDRATION

Dr. B. Bhattacharjee

heat of hydration with time let us see heat of because we have seen other contribution of each compound of cement to heat of hydration

163.254562

40.803055

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59.57407

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hit ʌv haɪdɹeɪʃʌn wɪð taɪm lɛt ʌs si hit ʌv bɪkɔz wi hæv sin ʌðɜ˞ kɑntɹʌbjuʃʌn ʌv itʃ kɑmpaʊnd ʌv sʌmɛnt tu hit ʌv haɪdɹeɪʃʌn

0.998142

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male

Indian

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SO YOU WILL GET ONLY AROUND THIRTEEN VOLT SO BUT HEATER NEEDS ONE HUNDRED VOLT SO WITH THIS ARRANGEMENT

Prof. M.K. Gunasekaran

so you will get only around thirteen volt so but heater needs one hundred volt so with this arrangement

145.268509

24.053154

58.317791

59.847298

20.709984

soʊ ju wɪl ɡɛt oʊnli ɜ˞aʊnd θɜ˞tin voʊlt soʊ bʌt hitɜ˞ nidz wʌn hʌndɹʌd voʊlt soʊ wɪð ðɪs ɜ˞eɪndʒmʌnt

0.99832

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male

Indian

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BASICALLY WOULD INDICATE WHAT MONEY IS SUPPOSED TO BE RECEIVED FROM THOSE CUSTOMERS

Prof.N.L. Sarda

basically would indicate what money is supposed to be received from those customers

161.491486

31.01675

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beɪsɪkli wʊd ɪndʌkeɪt wʌt mʌni ɪz sʌpoʊzd tu bi ɹʌsivd fɹʌm ðoʊz kʌstʌmɜ˞z

0.993709

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male

Indian

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IT MOVES FURTHER AND FURTHER RIGHT BUT IT IS MULTIPLIED BY E TO THE NU T BECAUSE THIS

Prof. V. Balakrishnan

it moves further and further right but it is multiplied by e to the nu t because this

162.563782

39.387859

37.421665

53.184597

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ɪt muvz fɜ˞ðɜ˞ ʌnd fɜ˞ðɜ˞ ɹaɪt bʌt ɪt ɪz mʌltʌplaɪd baɪ i tu ðʌ nu ti bɪkɔz ðɪs

0.992877

24.08411

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male

Indian

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FOR THE DIFFUSION CONSTANT IS NOW A FORMULA FOR THE DIFFUSION TENSOR

Prof. V. Balakrishnan

for the diffusion constant is now a formula for the diffusion tensor

129.524124

36.233105

21.735994

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fɔɹ ðʌ dɪfjuʒʌn kɑnstʌnt ɪz naʊ ʌ fɔɹmjʌlʌ fɔɹ ðʌ dɪfjuʒʌn tɛnsɜ˞

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male

Indian

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IT HOLD UP IN FROM THE IDEA OF MACHINE CONTROLLING ACTING AS CONFORMIST

Dr. Aysha Iqbal Viswamohan

it hold up in from the idea of machine controlling acting as conformist

130.228882

34.791691

2.491394

11.217267

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ɪt hoʊld ʌp ɪn fɹʌm ðʌ aɪdiʌ ʌv mʌʃin kʌntɹoʊlɪŋ æktɪŋ æz kʌnfɔɹmɪst

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female

Indian

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BY L SQUARE INTO T BY RHO SO ALREADY WE HAVE T BY RHO AND THIS IS PI SQUARE R SQUARE

Prof.S.K.Dwivedy

by l square into t by rho so already we have t by rho and this is pi square r square

135.347366

11.724215

47.865509

39.806705

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baɪ ɛl skwɛɹ ɪntu ti baɪ ɹoʊ soʊ ɔlɹɛdi wi hæv ti baɪ ɹoʊ ʌnd ðɪs ɪz paɪ skwɛɹ ɑɹ skwɛɹ

0.998077

26.153868

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male

Indian

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POWER PLANTS WHILE IF YOU HAVE BITUMINOUS COAL THE TRANSPORTATION JUSTIFIES ITSELF

Prof.S.Banerjee

power plants while if you have bituminous coal the transportation justifies itself

147.859009

44.747768

38.639008

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paʊɜ˞ plænts waɪl ɪf ju hæv bɪtumʌnʌs koʊl ðʌ tɹænspɜ˞teɪʃʌn dʒʌstʌfaɪz ɪtsɛlf

0.988509

26.791582

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male

Indian

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COMPLEX WERE FOUND TO BE MEMBERS OF THIS GNAT FAMILY OF HISTONE ACETYLTRANSFERASES

Prof.P N RANGARAJAN

complex were found to be members of this gnat family of histone acetyltransferases

164.697205

37.926636

29.260107

58.367256

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kɑmplɛks wɜ˞ faʊnd tu bi mɛmbɜ˞z ʌv ðɪs næt fæmʌli ʌv

0.987571

24.746819

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male

Indian

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SO THIS BRIDGE WHICH WE USED FOR OUR CIRCUIT PROVIDE DIFFERENTIAL LOW FREQUENCY LESS THAN

Prof. Santiram Kal

so this bridge which we used for our circuit provide differential low frequency less than

176.306213

52.21476

54.450939

42.290676

15.087481

soʊ ðɪs bɹɪdʒ wɪtʃ wi juzd fɔɹ aʊɜ˞ sɜ˞kʌt pɹʌvaɪd dɪfɜ˞ɛnʃʌl loʊ fɹikwʌnsi lɛs ðæn

0.991474

27.374546

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male

Indian

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BECAUSE GOT ENOUGH THIS WHAT HAPPENS IN REAL LIFE SO IN RECESSION ARE IN TIMES OF INFLATION

Prof.Surajit Sinha

because got enough this what happens in real life so in recession are in times of inflation

156.326767

68.761551

26.574688

20.750782

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bɪkɔz ɡɑt ɪnʌf ðɪs wʌt hæpʌnz ɪn ɹil laɪf soʊ ɪn ɹɪsɛʃʌn ɑɹ ɪn taɪmz ʌv ɪnfleɪʃʌn

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Indian

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IS ZERO V B R IS MINUS V D C BY TWO YOU CAN ACHIEVE THIS SAME THING IF FOR EXAMPLE WE

Dr. G. Narayanan

is zero v b r is minus v d c by two you can achieve this same thing if for example we

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40.249523

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ɪz zɪɹoʊ vi bi ɑɹ ɪz maɪnʌs vi di si baɪ tu ju kæn ʌtʃiv ðɪs seɪm θɪŋ ɪf fɔɹ ɪɡzæmpʌl wi

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Indian

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BANDWIDTH SO THAT THE PRODUCT THE YOU CAN THINK OF

Prof.Surendra Prasad

bandwidth so that the product the you can think of

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bændwɪdθ soʊ ðæt ðʌ pɹɑdʌkt ðʌ ju kæn θɪŋk ʌv

0.979327

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Indian

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HAVE TO CORRESPONDS TO THE ROWS AND THE RIGHT VERTICES JUST TO DISTINGUISH THEM I WILL

Dr. Andrew Thangaraj

have to corresponds to the rows and the right vertices just to distinguish them i will

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31.684053

37.788208

54.775471

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hæv tu kɔɹʌspɑndz tu ðʌ ɹoʊz ʌnd ðʌ ɹaɪt vɜ˞tɪsiz dʒʌst tu dɪstɪŋɡwɪʃ ðɛm aɪ wɪl

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Indian

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THIS IS FIXED BECAUSE ONE THE INTEREST RATES THE DOMESTIC INTEREST RATES ARE RELATED TO

Dr. Somesh K. Mathur

this is fixed because one the interest rates the domestic interest rates are related to

171.547012

58.650623

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ðɪs ɪz fɪkst bɪkɔz wʌn ðʌ ɪntɹʌst ɹeɪts ðʌ dʌmɛstɪk ɪntɹʌst ɹeɪts ɑɹ ɹɪleɪtɪd tu

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Indian

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OF THE RISER IT WILL BE SUCCESSFULLY PREDICTING NEXT ONE THERE IS ANOTHER SOFTWARE CALLED

Dr. D. Benny Karunakar

of the riser it will be successfully predicting next one there is another software called

185.82402

55.815334

45.149776

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13.506384

ʌv ðʌ ɹaɪzɜ˞ ɪt wɪl bi sʌksɛsfʌli pɹɪdɪktɪŋ nɛkst wʌn ðɛɹ ɪz ʌnʌðɜ˞ sɔftwɛɹ kɔld

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Indian

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HENCE WE CAN FIND OUT WHAT IS THE NUMBER OF AERATORS WE HAVE TO PROVIDE OR WHAT IS THE WE HAVE TO PROVIDE

Prof C.Venkobachar

hence we can find out what is the number of aerators we have to provide or what is the we have to provide

345.174591

128.137115

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hɛns wi kæn faɪnd aʊt wʌt ɪz ðʌ nʌmbɜ˞ ʌv wi hæv tu pɹʌvaɪd ɔɹ wʌt ɪz ðʌ wi hæv tu pɹʌvaɪd

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Indian

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SO YOU HAVE TO DEDUCT THE DISCOUNT HERE PREMIUM YOU HAVE TO DEDUCT ZERO

Dr. Arun K. Misra

so you have to deduct the discount here premium you have to deduct zero

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32.379726

36.191345

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soʊ ju hæv tu dɪdʌkt ðʌ dɪskaʊnt hiɹ pɹimiʌm ju hæv tu dɪdʌkt zɪɹoʊ

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Indian

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A RELATIVE MAGNITUDE OF THE FREQUENCY IF THE UPPER FREQUENCY LIMIT IS TWICE THE LOWER

Prof.Rajiv Tiwari

a relative magnitude of the frequency if the upper frequency limit is twice the lower

142.924164

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ʌ ɹɛlʌtɪv mæɡnʌtud ʌv ðʌ fɹikwʌnsi ɪf ðʌ ʌpɜ˞ fɹikwʌnsi lɪmʌt ɪz twaɪs ðʌ loʊɜ˞

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Indian

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THE ROTATIONAL MOTION OF THE SATELLITE SO FOR DESCRIBING THE ROTATIONAL MOTION OF THE

Dr. Manoranjan Sinha

the rotational motion of the satellite so for describing the rotational motion of the

132.610489

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ðʌ ɹoʊteɪʃʌnʌl moʊʃʌn ʌv ðʌ sætʌlaɪt soʊ fɔɹ dɪskɹaɪbɪŋ ðʌ ɹoʊteɪʃʌnʌl moʊʃʌn ʌv ðʌ

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Indian

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AXIOMS OF EIGENVALUES AND EIGENFUNCTIONS AND THEN WILL GET INTO THE ACTUAL SOLUTION OF

Prof. S. De

axioms of eigenvalues and eigenfunctions and then will get into the actual solution of

159.93042

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æksiʌmz ʌv aɪɡʌnvæljuz ʌnd ʌnd ðɛn wɪl ɡɛt ɪntu ðʌ æktʃʌwʌl sʌluʃʌn ʌv

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Indian

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T RIGHT NOW VS IS A ONE OF THE STATE VARIABLES SO THAT WE CAN WRITE DOWN THE EQUATION IN

Prof.M.L.Kothari

t right now vs is a one of the state variables so that we can write down the equation in

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ti ɹaɪt naʊ viɛs ɪz ʌ wʌn ʌv ðʌ steɪt vɛɹiʌbʌlz soʊ ðæt wi kæn ɹaɪt daʊn ðʌ ɪkweɪʒʌn ɪn

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Indian

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THREE N IT NOT GOING TO WORK NOT GOING TO BE ABLE TO DO THAT BUT STILL IT WILL BE EFFICIENT

Dr. Andrew Thangaraj

three n it not going to work not going to be able to do that but still it will be efficient

137.618301

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θɹi ɛn ɪt nɑt ɡoʊɪŋ tu wɜ˞k nɑt ɡoʊɪŋ tu bi eɪbʌl tu du ðæt bʌt stɪl ɪt wɪl bi ɪfɪʃʌnt

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Indian

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AND ALSO FAKE W WAS ALSO USED FOR STIMULATING SOME PROBLEMS ON EARTHQUAKE ASPECTS AND THEN

Dr. B.V.S. Viswanadham

and also fake w was also used for stimulating some problems on earthquake aspects and then

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ʌnd ɔlsoʊ feɪk dʌbʌlju wɑz ɔlsoʊ juzd fɔɹ stɪmjʌleɪtɪŋ sʌm pɹɑblʌmz ɑn ɜ˞θkweɪk æspɛkts ʌnd ðɛn

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Indian

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THEN THEY ALSO WORK AS ELECTRIC INSULATIONS

Dr.Rajat Rastogi

then they also work as electric insulations

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ðɛn ðeɪ ɔlsoʊ wɜ˞k æz ɪlɛktɹɪk

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Indian

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IT IS IT IS OF A SIZE SCALE THAT WOULD BE IRRELEVANT TO OUR ACTIVITY WE WOULD NOT BE

Dr. Prathap Haridoss

it is it is of a size scale that would be irrelevant to our activity we would not be

156.131531

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ɪt ɪz ɪt ɪz ʌv ʌ saɪz skeɪl ðæt wʊd bi ɪɹɛlʌvʌnt tu aʊɜ˞ æktɪvʌti wi wʊd nɑt bi

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Indian

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HOW ARE WE TURNING THE FLOW IN THIS SITUATION WE ARE TURNING THE FLOW AWAY FROM THE WAVE

Prof. V. Babu

how are we turning the flow in this situation we are turning the flow away from the wave

199.576752

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haʊ ɑɹ wi tɜ˞nɪŋ ðʌ floʊ ɪn ðɪs sɪtʃueɪʃʌn wi ɑɹ tɜ˞nɪŋ ðʌ floʊ ʌweɪ fɹʌm ðʌ weɪv

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Indian

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SO THE TANGENTIAL STRESS BALANCE OR TANGENTIAL FORCE BALANCE BETTER TO SAY STRESS BALANCE

Prof. S. Chakraborty

so the tangential stress balance or tangential force balance better to say stress balance

246.249298

98.546448

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47.301289

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soʊ ðʌ tændʒɛnʃʌl stɹɛs bælʌns ɔɹ tændʒɛnʃʌl fɔɹs bælʌns bɛtɜ˞ tu seɪ stɹɛs bælʌns

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Indian

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AS I HAVE SAID THAT DI SQUARE IS CHI SQUARE DISTRIBUTED SO THERE WILL BE RELATIONSHIP

Dr J Maiti

as i have said that di square is chi square distributed so there will be relationship

151.444214

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æz aɪ hæv sɛd ðæt di skwɛɹ ɪz kaɪ skwɛɹ dɪstɹɪbjʌtʌd soʊ ðɛɹ wɪl bi ɹileɪʃʌnʃɪp

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male

Indian

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DIMENSIONAL LESS EQUATION BECOMES MINUS U X PRIME U Y PRIME BY U STAR SQUARE PLUS NU

Prof. V. Kumaran

dimensional less equation becomes minus u x prime u y prime by u star square plus nu

102.133125

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dɪmɛnʃʌnʌl lɛs ɪkweɪʒʌn bɪkʌmz maɪnʌs ju ɛks pɹaɪm ju waɪ pɹaɪm baɪ ju stɑɹ skwɛɹ plʌs nu

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Indian

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THE MTH FUNCTION GIVEN BY ONE BY E LAN N OKAY FIRST OF ALL A FUNCTIONAL SERIES NEED NOT

Dr. T.E. Venkata Balaji

the mth function given by one by e lan n okay first of all a functional series need not

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ðʌ fʌŋkʃʌn ɡɪvʌn baɪ wʌn baɪ i læn ɛn oʊkeɪ fɜ˞st ʌv ɔl ʌ fʌŋkʃʌnʌl sɪɹiz nid nɑt

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EQUAL TO MINUS A OMEGA SQUARE SIN OMEGA T IS EQUAL TO MINUS OMEGA SQUARE X

Prof.U.S.Dixit

equal to minus a omega square sin omega t is equal to minus omega square x

152.068314

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ikwʌl tu maɪnʌs ʌ oʊmɛɡʌ skwɛɹ sɪn oʊmɛɡʌ ti ɪz ikwʌl tu maɪnʌs oʊmɛɡʌ skwɛɹ ɛks

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Indian

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IT IS DIFFERENT BECAUSE OF THE RESISTOR MISMATCH BUT RIGHT NOW WE ARE INTERESTED IN THE EFFECTS OF THE COMMON MODE SO WE WILL IGNORE THE INACCURACY IN THE DIFFERENTIAL GAIN AND

Dr. Nagendra Krishnapura

it is different because of the resistor mismatch but right now we are interested in the effects of the common mode so we will ignore the inaccuracy in the differential gain and

137.429199

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ɪt ɪz dɪfɜ˞ʌnt bɪkɔz ʌv ðʌ ɹɪzɪstɜ˞ mɪsmætʃ bʌt ɹaɪt naʊ wi ɑɹ ɪntɹʌstɪd ɪn ðʌ ɪfɛkts ʌv ðʌ kɑmʌn moʊd soʊ wi wɪl ɪɡnɔɹ ðʌ ɪnækjɜ˞ʌsi ɪn ðʌ dɪfɜ˞ɛnʃʌl ɡeɪn ʌnd

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TOWERS AND COMES DOWN TO ENGAGE WITH THE PROBLEMS OF THE REAL WORLD OUT THERE NOW THIS IS QUITE A PASSIONATE PLEA

Prof. Vineet Sahu

towers and comes down to engage with the problems of the real world out there now this is quite a passionate plea

148.279633

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taʊɜ˞z ʌnd kʌmz daʊn tu ɛnɡeɪdʒ wɪð ðʌ pɹɑblʌmz ʌv ðʌ ɹil wɜ˞ld aʊt ðɛɹ naʊ ðɪs ɪz kwaɪt ʌ pæʃʌnʌt pli

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Indian

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THIS TEST STATISTIC WHICH WILL FOLLOW AN EVERY DISTRIBUTION UNDER H NAUGHT SO THAT THE

Dr. Amit Mitra

this test statistic which will follow an every distribution under h naught so that the

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ðɪs tɛst stʌtɪstɪk wɪtʃ wɪl fɑloʊ æn ɛvɜ˞i dɪstɹʌbjuʃʌn ʌndɜ˞ eɪtʃ nɔt soʊ ðæt ðʌ

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female

Indian

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TABLE THE TABLE MOVES NOT THE JOB AND IF WE IN BRIEF IF WE STUDY SO THIS IS A BLEEDOFF

Prof. R.N. Maiti

table the table moves not the job and if we in brief if we study so this is a bleedoff

117.618958

29.320045

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teɪbʌl ðʌ teɪbʌl muvz nɑt ðʌ dʒɑb ʌnd ɪf wi ɪn bɹif ɪf wi stʌdi soʊ ðɪs ɪz ʌ

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male

Indian

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THE VERTICAL AH CROSS SECTION OF THE CIRCLE ALL I CARE ABOUT ARE THE IS THE FRINGES SPACING

Prof. Mahesh Panchagnula

the vertical ah cross section of the circle all i care about are the is the fringes spacing

161.350388

71.185188

34.194065

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ðʌ vɜ˞tɪkʌl ɑ kɹɔs sɛkʃʌn ʌv ðʌ sɜ˞kʌl ɔl aɪ kɛɹ ʌbaʊt ɑɹ ðʌ ɪz ðʌ fɹɪndʒɪz speɪsɪŋ

0.99566

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male

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THEN THE ANOTHER CATEGORY OF SIGNAL HERE IS THE CALLINGON SIGNAL AND THIS CALLINGON

Dr.Rajat Rastogi

then the another category of signal here is the callingon signal and this callingon

114.352142

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ðɛn ðʌ ʌnʌðɜ˞ kætʌɡɔɹi ʌv sɪɡnʌl hiɹ ɪz ðʌ sɪɡnʌl ʌnd ðɪs

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male

Indian

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SO WHEN THE EXCITING FREQUENCY INCREASES THE DEFORMATION OF THE FOUNDATION DUE TO

Dr. S. P. Harsha

so when the exciting frequency increases the deformation of the foundation due to

224.432465

93.755203

47.656403

54.072094

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soʊ wɛn ðʌ ɪksaɪtɪŋ fɹikwʌnsi ɪnkɹisʌz ðʌ difɔɹmeɪʃʌn ʌv ðʌ faʊndeɪʃʌn du tu

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male

Indian

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DIRECTION IN WHICH CRACK HAS PROPAGATED SO THIS THESE INFORMATION CANNOT BE OBSERVED

Dr. D.K. Dwivedi

direction in which crack has propagated so this these information cannot be observed

137.095413

35.550747

34.666481

59.349705

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dɜ˞ɛkʃʌn ɪn wɪtʃ kɹæk hæz pɹɑpʌɡeɪtɪd soʊ ðɪs ðiz ɪnfɜ˞meɪʃʌn kænɑt bi ʌbzɜ˞vd

0.99746

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male

Indian

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FROM G WITH RESPECT TO X I CAN WRITE IT AS DG DR IT IS D BECAUSE WHEN YOU WRITE

Prof. M. Chakraborty

from g with respect to x i can write it as dg dr it is d because when you write

126.771729

25.748045

54.658585

49.487743

10.762027

fɹʌm dʒi wɪð ɹɪspɛkt tu ɛks aɪ kæn ɹaɪt ɪt æz dɹaɪv ɪt ɪz di bɪkɔz wɛn ju ɹaɪt

0.994946

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male

Indian

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THAT IS HOW WE GET A VARIETIES OF TRANSFER FUNCTION MODELS FROM THIS GENERAL TRANSFER

Prof. Somanath Majhi

that is how we get a varieties of transfer function models from this general transfer

153.206085

28.222305

39.265472

20.52742

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ðæt ɪz haʊ wi ɡɛt ʌ vɜ˞aɪʌtiz ʌv tɹænsfɜ˞ fʌŋkʃʌn mɑdʌlz fɹʌm ðɪs dʒɛnɜ˞ʌl tɹænsfɜ˞

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male

Indian

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LET US ASSUME THAT X STAR BE THE SOLUTION OF THIS PROBLEM THEREFORE WE CAN SAY THAT

Dr. Shirish K. Shevade

let us assume that x star be the solution of this problem therefore we can say that

119.849571

25.37933

56.664688

41.774651

16.161616

lɛt ʌs ʌsum ðæt ɛks stɑɹ bi ðʌ sʌluʃʌn ʌv ðɪs pɹɑblʌm ðɛɹfɔɹ wi kæn seɪ ðæt

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male

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DEPENDING ON THE SIZE RANGE OF THE PARTICLES YOU MAY CHOOSE TO USE OPTICAL MICROSCOPY OR SCANNING ELECTRON MICROSCOPY OR TUNNELING ELECTRON MICROSCOPY YOU COUNT THE NUMBER

Dr. R. Nagarajan

depending on the size range of the particles you may choose to use optical microscopy or scanning electron microscopy or tunneling electron microscopy you count the number

158.768951

32.500488

58.097496

58.182728

18.504328

dɪpɛndɪŋ ɑn ðʌ saɪz ɹeɪndʒ ʌv ðʌ pɑɹtʌkʌlz ju meɪ tʃuz tu jus ɑptɪkʌl maɪkɹʌskʌpi ɔɹ skænɪŋ ɪlɛktɹɑn maɪkɹʌskʌpi ɔɹ tʌnʌlɪŋ ɪlɛktɹɑn maɪkɹʌskʌpi ju kaʊnt ðʌ nʌmbɜ˞

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Indian

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ALBUMIN IS OFTEN USED AS A STANDARD THEN AT THE UNKNOWN PROTEIN SAMPLE WHOSE

Prof. Sanjeeva Srivastava

albumin is often used as a standard then at the unknown protein sample whose

216.561295

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ælbjumʌn ɪz ɔfʌn juzd æz ʌ stændɜ˞d ðɛn æt ðʌ ʌnnoʊn pɹoʊtin sæmpʌl huz

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Indian

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IS REALLY V P DIVIDED BY FOUR TIMES V G S Q MINUS V T

Prof.K.Radhakrishna Rao

is really v p divided by four times v g s q minus v t

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ɪz ɹɪli vi pi dɪvaɪdɪd baɪ fɔɹ taɪmz vi dʒi ɛs kju maɪnʌs vi ti

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Indian

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COST I MEAN THE ESTIMATED COST OF THE FULL SOLUTION NOT THE PARTIAL SOLUTION HERE WE ARE WORKING ONLY WITH PARTIAL SOLUTION SO

Prof. Deepak Khemani

cost i mean the estimated cost of the full solution not the partial solution here we are working only with partial solution so

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kɑst aɪ min ðʌ ɛstʌmeɪtʌd kɑst ʌv ðʌ fʊl sʌluʃʌn nɑt ðʌ pɑɹʃʌl sʌluʃʌn hiɹ wi ɑɹ wɜ˞kɪŋ oʊnli wɪð pɑɹʃʌl sʌluʃʌn soʊ

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Indian

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WE HAVE DISCUSSED THE THEORY IN THE PREVIOUS SESSION TODAY WE WILL SPEAK ON THE IMPLICATION

Dr. Sangeeta Sahney

we have discussed the theory in the previous session today we will speak on the implication

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wi hæv dɪskʌst ðʌ θɪɹi ɪn ðʌ pɹiviʌs sɛʃʌn tʌdeɪ wi wɪl spik ɑn ðʌ ɪmplʌkeɪʃʌn

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Indian

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OVER A DIAGRAM FOR EXAMPLE IF I TAKE THIS IS A SLAG METAL INTERFACE LET US SEE SULPHUR

Prof.Deepak Mazumdar

over a diagram for example if i take this is a slag metal interface let us see sulphur

154.450409

39.195278

44.55386

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oʊvɜ˞ ʌ daɪʌɡɹæm fɔɹ ɪɡzæmpʌl ɪf aɪ teɪk ðɪs ɪz ʌ slæɡ mɛtʌl ɪntɜ˞feɪs lɛt ʌs si sʌlfɜ˞

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Indian

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WILL PICK UP ON ADAMS SMITH IN THE NEXT CLASS WHICH IS ON SATURDAY I WAS GOING TO TEACH

Dr. Shivakumar

will pick up on adams smith in the next class which is on saturday i was going to teach

145.932968

28.860762

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wɪl pɪk ʌp ɑn ædʌmz smɪθ ɪn ðʌ nɛkst klæs wɪtʃ ɪz ɑn sætɜ˞di aɪ wɑz ɡoʊɪŋ tu titʃ

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Indian

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WHICH WILL ALSO HAVE A SIDE OF POLES LOCATED IN THE LEFT HALF S PLANE THAT WILL GIVE US

Prof. Somanath Majhi

which will also have a side of poles located in the left half s plane that will give us

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wɪtʃ wɪl ɔlsoʊ hæv ʌ saɪd ʌv poʊlz loʊkeɪtʌd ɪn ðʌ lɛft hæf ɛs pleɪn ðæt wɪl ɡɪv ʌs

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Indian

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DO IT BY THE METHOD WE DID IT IN THE LAST CLASS IS IT CLEAR NOW ARE YOU ABSOLUTELY

Prof. Devdas Menon

do it by the method we did it in the last class is it clear now are you absolutely

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du ɪt baɪ ðʌ mɛθʌd wi dɪd ɪt ɪn ðʌ læst klæs ɪz ɪt klɪɹ naʊ ɑɹ ju æbsʌlutli

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Indian

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SO IF YOU COMPARE THE VALUE USING H EQUAL TO ONE BY TWO USING THE TRAPEZOIDAL METHOD VERSUS

Dr. Niket Kaisare

so if you compare the value using h equal to one by two using the trapezoidal method versus

153.111847

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soʊ ɪf ju kʌmpɛɹ ðʌ vælju juzɪŋ eɪtʃ ikwʌl tu wʌn baɪ tu juzɪŋ ðʌ mɛθʌd vɜ˞sʌs

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Indian

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OF L S L S COUPLING

Dr. J.R. Mudakavi

of l s l s coupling

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41.114178

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ʌv ɛl ɛs ɛl ɛs kʌplɪŋ

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male

Indian

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ABLE TO MAKE AFTER TAKING THE ACCOUNTS ALL THE EXPENDITURES AFTER TAKING IN TO THE ACCOUNT

Dr. A. Thillai Rajan

able to make after taking the accounts all the expenditures after taking in to the account

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eɪbʌl tu meɪk æftɜ˞ teɪkɪŋ ðʌ ʌkaʊnts ɔl ðʌ ɪkspɛndʌtʃɜ˞z æftɜ˞ teɪkɪŋ ɪn tu ðʌ ʌkaʊnt

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Indian

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VOWELS THAT OCCURS IN THIS WORD A AND I ARE AFFIRMATIVE AND E AND O ARE CONSIDER TO BE

Dr. A.V. Ravishankar Sarma

vowels that occurs in this word a and i are affirmative and e and o are consider to be

130.95195

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vaʊʌlz ðæt ʌkɜ˞z ɪn ðɪs wɜ˞d ʌ ʌnd aɪ ɑɹ ʌfɜ˞mʌtɪv ʌnd i ʌnd oʊ ɑɹ kʌnsɪdɜ˞ tu bi

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OTHER SYSTEM SHOULD BE INSIDE TO TAKE CARE OF THE CONTROL THAT IS WHERE AUTOMATIC FLIGHT

Prof. C. Venkatesan

other system should be inside to take care of the control that is where automatic flight

182.238266

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ʌðɜ˞ sɪstʌm ʃʊd bi ɪnsaɪd tu teɪk kɛɹ ʌv ðʌ kʌntɹoʊl ðæt ɪz wɛɹ ɔtʌmætɪk flaɪt

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Indian

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OF THE TOOL AND THAT FLANK IS ACTUALLY FACING THE MACHINE SURFACE THAT MEANS THIS THICKNESS

Prof. A.K. Chattopadhyay

of the tool and that flank is actually facing the machine surface that means this thickness

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ʌv ðʌ tul ʌnd ðæt flæŋk ɪz æktʃuʌli feɪsɪŋ ðʌ mʌʃin sɜ˞fʌs ðæt minz ðɪs θɪknʌs

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Indian

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WHICH CONDITIONS YOU GET MAXIMUM CONCENTRATE ETCETERA ETCETERA AND THEY HAVE BEEN FOUND

Prof.H.S. Ray

which conditions you get maximum concentrate etcetera etcetera and they have been found

144.491013

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wɪtʃ kʌndɪʃʌnz ju ɡɛt mæksʌmʌm kɑnsʌntɹeɪt ɛtsɛtɜ˞ʌ ɛtsɛtɜ˞ʌ ʌnd ðeɪ hæv bɪn faʊnd

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Indian

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YOU SEE A MORE AND MORE TURBULENCES ARE BEING CREATED IN THAT IF WE ARE GOING TO THE QUDRUPOLE

Dr. S. P. Harsha

you see a more and more turbulences are being created in that if we are going to the qudrupole

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ju si ʌ mɔɹ ʌnd mɔɹ ɑɹ biɪŋ kɹieɪtʌd ɪn ðæt ɪf wi ɑɹ ɡoʊɪŋ tu ðʌ

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MECHANICS OF A OF ZERO A OF TAU OVER I H CROSS IN EQUILIBRIUM OVER THE CANONICAL SUM HERE

Prof. V. Balakrishnan

mechanics of a of zero a of tau over i h cross in equilibrium over the canonical sum here

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41.915836

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mʌkænɪks ʌv ʌ ʌv zɪɹoʊ ʌ ʌv oʊvɜ˞ aɪ eɪtʃ kɹɔs ɪn ikwʌlɪbɹiʌm oʊvɜ˞ ðʌ kʌnɑnʌkʌl sʌm hiɹ

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Indian

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THE THE THE PERIOD CAN BE DIVIDED INTO TWO CATEGORIES FIRST ONE IS THE MECHANICAL ERA

Prof.Ajit Pal

the the the period can be divided into two categories first one is the mechanical era

149.959793

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ðʌ ðʌ ðʌ pɪɹiʌd kæn bi dɪvaɪdɪd ɪntu tu kætʌɡɔɹiz fɜ˞st wʌn ɪz ðʌ mʌkænɪkʌl ɛɹʌ

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Indian

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IS DISSIPATED THERE IS A LARGER ZONE WERE THE TOUGHENING OF OCCURS AND ENERGY IS DISSIPATED

Dr. Ravindra Gettu

is dissipated there is a larger zone were the toughening of occurs and energy is dissipated

151.832901

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ɪz dɪsʌpeɪtɪd ðɛɹ ɪz ʌ lɑɹdʒɜ˞ zoʊn wɜ˞ ðʌ tʌfʌnɪŋ ʌv ʌkɜ˞z ʌnd ɛnɜ˞dʒi ɪz dɪsʌpeɪtɪd

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Indian

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ERROR TERMS ARE WELL CONNECTED AND HOW IT CAN BE VERY POTENTIAL AND VERY INFLUENTIAL

Dr. Rudra P. Pradhan

error terms are well connected and how it can be very potential and very influential

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ɛɹɜ˞ tɜ˞mz ɑɹ wɛl kʌnɛktɪd ʌnd haʊ ɪt kæn bi vɛɹi pʌtɛnʃʌl ʌnd vɛɹi ɪnfluɛnʃʌl

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THAT IS ALL THE POWER THAT IS FED FROM PORT NUMBER ONE COMES BACK TO PORT NUMBER TWO NOW

Prof.S. C Dutta Roy

that is all the power that is fed from port number one comes back to port number two now

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ðæt ɪz ɔl ðʌ paʊɜ˞ ðæt ɪz fɛd fɹʌm pɔɹt nʌmbɜ˞ wʌn kʌmz bæk tu pɔɹt nʌmbɜ˞ tu naʊ

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THAN OR EQUAL TO X J J SO SINCE THREE AND FIVE ARE MEDIANS X THREE THREE EQUAL TO ONE X FIVE FIVE EQUAL

Prof. G. Srinivasan

than or equal to x j j so since three and five are medians x three three equal to one x five five equal

263.36377

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ðæn ɔɹ ikwʌl tu ɛks dʒeɪ dʒeɪ soʊ sɪns θɹi ʌnd faɪv ɑɹ ɛks θɹi θɹi ikwʌl tu wʌn ɛks faɪv faɪv ikwʌl

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THE COPULA THAT WE HAVE THAT WE HAVE TAKEN AND IF WE KNOW THAT COPULA THEN THE FULL FORM OF THIS JOIN DISTRIBUTION IS KNOWN TO US

Prof. Rajib Maity

the copula that we have that we have taken and if we know that copula then the full form of this join distribution is known to us

120.988388

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ðʌ ðæt wi hæv ðæt wi hæv teɪkʌn ʌnd ɪf wi noʊ ðæt ðɛn ðʌ fʊl fɔɹm ʌv ðɪs dʒɔɪn dɪstɹʌbjuʃʌn ɪz noʊn tu ʌs

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Indian

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BEING COVERED WHICH ARE COVERED BY THIS MAP SHEET IT IS HERE KANPUR AND UNNAO

Prof. Bharat Lohani

being covered which are covered by this map sheet it is here kanpur and unnao

125.635742

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biɪŋ kʌvɜ˞d wɪtʃ ɑɹ kʌvɜ˞d baɪ ðɪs mæp ʃit ɪt ɪz hiɹ ʌnd

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EQUAL TO Z F INTO I ONE V ONE MINUS V TWO IS EQUAL TO Z F INTO I ONE CURRENT FLOWING HERE SO Z

Prof.A.K.Sinha

equal to z f into i one v one minus v two is equal to z f into i one current flowing here so z

145.85022

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ikwʌl tu zi ɛf ɪntu aɪ wʌn vi wʌn maɪnʌs vi tu ɪz ikwʌl tu zi ɛf ɪntu aɪ wʌn kɜ˞ʌnt floʊɪŋ hiɹ soʊ zi

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CURVED DISLOCATION AND THIS ANGLE IS THETA AND IF THIS RADIUS OF CURVATURE IS LARGE

Prof. R.N. Ghosh

curved dislocation and this angle is theta and if this radius of curvature is large

136.156967

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kɜ˞vd dɪsloʊkeɪʃʌn ʌnd ðɪs æŋɡʌl ɪz θeɪtʌ ʌnd ɪf ðɪs ɹeɪdiʌs ʌv kɜ˞vʌtʃɜ˞ ɪz lɑɹdʒ

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THIS IS FOR A MACROSCOPIC VOLUME IN A STATIC FLUID SUPPOSE I CONSIDER A POINT IN A VOLUME

Dr. V. Shankar

this is for a macroscopic volume in a static fluid suppose i consider a point in a volume

111.711815

69.566223

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ðɪs ɪz fɔɹ ʌ vɑljum ɪn ʌ stætɪk fluʌd sʌpoʊz aɪ kʌnsɪdɜ˞ ʌ pɔɪnt ɪn ʌ vɑljum

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OF THE SHAFT IS ONE METER DIAMETER OF THE SHAFT IS ONE MILLIMETER YOUNG'S MODULUS IS GIVEN

Prof. Rajiv Tiwari

of the shaft is one meter diameter of the shaft is one millimeter young's modulus is given

138.831161

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ʌv ðʌ ʃæft ɪz wʌn mitɜ˞ daɪæmʌtɜ˞ ʌv ðʌ ʃæft ɪz wʌn mɪlʌmitɜ˞ jʌŋ'ɛs mɔdʒulʊs ɪz ɡɪvʌn

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THE DEFECT FREE PURE METAL AT THE INLET

Dr. A.K. Sharma

the defect free pure metal at the inlet

140.934982

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ðʌ difɛkt fɹi pjʊɹ mɛtʌl æt ðʌ ɪnlɛt

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male

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AND I DECIDED THAT AT ENTRY POINT I PUT THE TWO FINGER PRINTS ONE IS THIS SIDE AND THE

Prof. Phalguni Gupta

and i decided that at entry point i put the two finger prints one is this side and the

179.732346

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ʌnd aɪ dɪsaɪdɪd ðæt æt ɛntɹi pɔɪnt aɪ pʊt ðʌ tu fɪŋɡɜ˞ pɹɪnts wʌn ɪz ðɪs saɪd ʌnd ðʌ

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READILY AVAILABLE I WANT TO BE ABLE TO FIND OUT WHAT IS THE

Prof. K. Ramamurthi

readily available i want to be able to find out what is the

142.961319

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34.316475

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ɹɛdʌli ʌveɪlʌbʌl aɪ wɑnt tu bi eɪbʌl tu faɪnd aʊt wʌt ɪz ðʌ

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SO THAT IS A MAJOR DIFFERENCE THIS WAS AN EXAMPLE WE HAD THE ONLY THE INTRAPHASE MASS

Dr. Rintu Banerjee

so that is a major difference this was an example we had the only the intraphase mass

132.593567

28.590345

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soʊ ðæt ɪz ʌ meɪdʒɜ˞ dɪfɜ˞ʌns ðɪs wɑz æn ɪɡzæmpʌl wi hæd ðʌ oʊnli ðʌ mæs

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Indian