LSSROO ONTT PROGRE (cdmic Sssion : 0-06) ENTHUSIST, LEDER & HIEER OURSE TRGET : PRE-EDIL 06 Tst Typ : JOR Tst Pttrn : IPT. omponnt of x on y xcos x y ( b) ( b) y b b b. J E I. x.0 cos(t + ).0 cost locity dx 0sin t dt d x cclrtion dt t t. sc, TEST DTE : 6-04 - 06 TEST SYLLUS : FULL SYLLUS 0 cos t NSWER EY Qu. 4 6 7 8 9 0 4 6 7 8 9 0 ns. 4 4 4 4 Qu. 4 6 7 8 9 0 4 6 7 8 9 40 ns. 4 4 4 4 Qu. 4 4 4 44 4 46 47 48 49 0 4 6 7 8 9 60 ns. 4 4 4 4 Qu. 6 6 6 64 6 66 67 68 69 70 7 7 7 74 7 76 77 78 79 80 ns. 4 4 4 4 4 4 4 Qu. 8 8 8 84 8 86 87 88 89 90 9 9 9 94 9 96 97 98 99 00 ns. 4 4 4 4 4 4 Qu. 0 0 0 04 0 06 07 08 09 0 4 6 7 8 9 0 ns. 4 4 4 4 4 4 Qu. 4 6 7 8 9 0 4 6 7 8 9 40 ns. 4 4 4 4 Qu. 4 4 4 44 4 46 47 48 49 0 4 6 7 8 9 60 ns. 4 4 4 4 4 4 Qu. 6 6 6 64 6 66 67 68 69 70 7 7 7 74 7 76 77 78 79 80 ns. 4 4 4 HINT SHEET x.0 cos.0 ( ) locity dx 0 (zro) 0 dt cclrtion d x dt 0 ( ) 0 6. ccording to work nrgy thorm W mg + W F g(h + S) FS 0 [ i f 0] FS g(h + S) h F g+ S HS - /6
7. xi ˆ xj ˆ xi ˆ xj ˆ... () xj ˆ...() ultiply q. () by () nd subtrct q. () from it ( ) xi ˆ xj ˆ xi ˆ xj ˆ dir n. 8. u 0 x E tn S E tn S x f u 0 P D 0. No conduction is found btwn P & Q so both P & Q will b n-typ or p-typ. Thrfor R will b bs.. ftr 0 s dm F dt 00 0 0 ftr 0 s. jor Tst For Trgt : Pr-dicl 06/6-04-06 x x 4. T / 0.7 R. R T/ 700 0.7 0.70 6 R 0 0 0 k 00 4L L 00 L 00 L 7. F g p (u ) t t 0 04 0000 000 0m/s 8.. R 0 0 + 00 R R R 0 R 00 0 R 00 0 R 0 0 R R 0 R r, R r R r 9. R F 0. nt F 0 S s F F 0 F rmining rmining F [T, T 0, r, r sm] HS - /6
. T P blow (g + ) ( + )(0 + 0) 60N gsin. r r For shll r r g sin ------- () but S g sin -------- () diiding th two qutions r S. For isothrml procss P olum xpnds to doubl so prssur will b hld for dibtic procss P r const P P P / 6 P P P 64 6. 8 I R + E 8 40 00 R + 0.6 R 8 k 7. Thrml Tnsion F Y 8.. r.40 olt P 80.40. ir...(i) but i. 80 r...(ii) Pr-dicl : ENTHUSIST, LEDER & HIEER/6-04-06 9. rms 0. On soling w gt r 0 W W W W W 6(H 4 ) dq T dt dq r dt ( r ).. Totl distnc cord by two whls is sm r n r n or 0 00 0 n n 000 rpm 4. Phs diff. 6 6 00 Z 00 X sin Z X sin 00 0 6 I lds E so rctnc is cpciti.. olum rmins sm L '(L) 6. ' ; R i (L) R f / %chng 60 b L 4R i 60 0 4Ri Ri 00 Ri 7. Sinc P' n P n P' 7P c 00% b HS - /6
8. pply nrgy consrtion Enrgy t surfc Enrgy t hight 9. HS - 4/6 G m G m m R (R h) but Hnc G R Gm Gm Gm R 4 R R h Hnc R + h n n h c c 4 R R n 700 n' 708 Hz 40. nr + potntil 4. 4. nr potntil (+) ( ) lso potntil t both & + r + domints So > uy u xuy g g g u x & u y tn f f o x uy u tn f o f f o + f 4 6f 4 f 4 nd f o 0 jor Tst For Trgt : Pr-dicl 06/6-04-06 4. sol. P const. P 44. 4. T constnt T. di L dt 6 0 (,0) D D 7 0 Y (0,) (0, ) (,0) 4 in dirction of lctric fild potntil will b dcrsd So > D > 48. mino pyridin is not prsnt in nuclic cid 49. NERT (XII th ) Prt-II, Pg. # 7 0. 0. 40 0. E 00 cc 00 40 60 cc. NERT (XII th ) Prt-II, Pg. # 44 4. H NO r Fr. H PO 4 n NOH n H H r Sn/Hl NO NH X r NNO Hl H r r 48 49 40 40 8. NERT (XII th ) Prt-II, Pg. # 449 Hr ur H r N l
Pr-dicl : ENTHUSIST, LEDER & HIEER/6-04-06 9. H.8 0 6 z n.8 06 m/s 60..8 0 6 0. 00.8 0 m/s x m h 4 x 9. 0.8 0 ^ ^ x.66 0 8 m..70 0.0 6.6 0 4.4 4.70 4. 0 ^ ^ 4.0 90.6 0 4 4 ^ 4. 0 90.6 0 0.0 000 000 6. Ph N / liq.nh Ph Ph H H Ph (irch Rduction) 64. O HO O H H4 HO OH 4 O H H4 HO / 6. hcp nd ccp both h sm.n.. 68. hlorobnzn on hydrolysis gis phnol. 69. h w 0 4 w 7 h 0 70. H E f E b O E f E b E f E b O 7. N H H N,N Dimthyl yclopropn rboxmid 7. Rctiity of hlid stbility of crboction 74. FH OOH + OH FH OO + H O 0m mol m mol 0 0 m mol 0m mol m mol Slt For cidic buffr ph P + log cid P log 7. ST.0 0 0.08 98 tm. 8.6 mm 78. NERT (XII th ) Prt-II, Pg. # 74 79. grphit + O (g) O (g) It rprsnt nthlpy of combustion of grphit s wll s nthlpy of formtion of O (g) 8. (I) (II) -H 0 -H 0 + Hydrogn 8. NERT (XII th ) Prt-II, Pg. # 6 84. In HIO 4 nd H O cntrl tom prsnt in highst oxidtion stt so ct s oxidnt only. 87. Q nd R shows romtic chrctr du to Huckl rul. 88. NERT (XII th ) Prt-II, Pg. # 6 96. NERT XI Pg. # 97. NERT XI Pg. # 7 98. odul () Pg. #,,4 00. NERT XI Pg. # 87 0. NERT XII Pg. # 04. NERT XI Pg. # 4 06. NERT XII Pg. # 96 07. NERT XI Pg. # 87 08. odul () Pg. # 7 0. NERT XII Pg. # 47 HS - /6
. NERT XII Pg. # 78 4. NERT XI Pg. # 79. NERT XI Pg. # 9 6. NERT XI Pg. # 48 7. NERT XI Pg. # 96 9. NERT XII Pg. # 6 0. NERT XII Pg. #, pr 8..4. NERT XI Pg. # 7. NERT XI Pg. # 04 pr 4 9. NERT XII Pg. # 4 0. NERT XII Pg. # 4, pr 8..7 4. NERT XI Pg. # 97 & 98. NERT XI Pg. # 4 40. NERT XII Pg. # 8-9 4. NERT XII Pg. # 7 4. NERT XII Pg. # 77 44. NERT XI Pg. # 48-49 4. NERT XI Pg. # 4 jor Tst For Trgt : Pr-dicl 06/6-04-06 47. NERT XI Pg. # 4 0. NERT XII Pg. # 0,. NERT XII Pg. # 77 6. NERT XII Pg. # 7, pr-.. 7. NERT XII (E) Pg. # 68 pr 9.. NERT XII (H) Pg. # 8 pr 9.. 60. NERT XII Pg. # 6. NERT XII Pg. # 99-00 6. NERT XI Pg. # 0 6. NERT XI Pg. # 66. NERT XI Pg. # 68, pr- 67. NERT XI Pg. #,, 0, 7 70. NERT XII Pg. # 60, 6 7. NERT XII Pg. # 9 7. NERT XII Pg. # 96 7. NERT XI Pg. # 7. NERT XI Pg. # 77. NERT XI Pg. # 6, 7 HS - 6/6