Textbook Review Second Year

8/3/2019 Textbook Review Second Year

1/37

REVIEW COMMITTEE REPORT 2006-2007 - SECOND YEAR

INDEX

S.No. Subjects PageNo.

1 Tamil 2

2 English 2

3 Mathematics 3-4

4 Physics 5-12

5 Chemistry 13-23

6 Zoology - Long Version 24-29

7 Bio-Zoology 30-368 Botany - Long Version 37

9 Bio-Botany 37

1


2/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARYEDUCATION SECOND YEAR - TAMIL

CONTENTS DELETED FROM THE YEAR 2006-2007

t. v ghlgF f.1 . br UFw idg vw mfhu

kdghlgFUJ kL fgLwJ. jdh20 mof FiwwJ, ghllgo 100 mofkLnk kdghlgF. 120 mofUJ 100 mofshfFiwfgLsJ.

2. Jizghl gf v.191UJ 196 Koa l bgWs "Ma h"fij, gf v.274 UJ 278 Koa l bgWs

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARYEDUCATION SECOND YEAR - ENGLISH


S.No. Contents Deleted items

1 Prose Lesson-IV "The Magic of words" (P.No.158 to 172)

* New Lesson may be given in the revised edition 2007

2


3/37

Chapter

Withheld only fordescriptive typequestions i.e.,

Descriptive typequestions should not beasked but objective typequestions can be asked

Withheld only forthe proofs and not

for the results.The results may

be asked forobjective type

questions

Page No.EnglishMedium

Page No.Tamil Medium

II

All the derivation ofequations of the lines,planes and sphere.

Volume - I90, 91, 92, 102,103, 104, 105,106, 107, 108,

120, 121 & 122.

Volume - I99, 100, 101,112, 113, 114,115, 116, 117,

118, 119, 120,132, 133 & 134.

IVAll the derivation ofstandard equation ofconics (including tracing)

175, 176, 194,195, 196, 219 &220.

192, 193, 213,214, 215, 238,239 & 240.

VI

Examples 6.10, 6.11, 6.13and the problems 2, 3, 4and 5 under the Exercise6.2 (The fifth point specialpoints is excluded)

Volume - II76, 77, 78, 79 &80.

Volume - II87, 88, 90 & 91.

IV

Example 4.59, 4.60,

4.61, 4.62, 4.68,4.69, 4.70, 4.71,4.76 & 4.79.All the problemsunder Exer. 4.5,Problems 3, 8under Exer. 4.7.The result in 4.7.3.

Volume-I

246, 247, 248,252, 253, 254,255, 262, 268 &270.

Volume-I

266, 267, 268,269, 273, 274,275, 276, 284,290, 291 & 293.

VII

Reduction formulae

for sinnxdx, cosn xdx

/2

sinnxdx, and0

/2

cosnxdx,0

(Result for sinnxdxExample 7.15Problem 1 underExercise 7.3)

Volume-II100, 101, 102,103 & 104.

Volume-II112, 114, 115,116 & 119.

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARYEDUCATION SECOND YEAR - MATHEMATICS

FROM THE YEAR 2006-2007TABLE-1 Changes made in the Books for 2006-2007(only result will be askedfor Examination purpose)

3


4/37

TABLE - 2 Deleted from the year 2006-2007

ChapterNot to be asked for

Examinations

Page No.(English

Medium)

Page No.

(Tamil Medium)

I

Question No. 2 in Exercise 1.4 36 39

Question Nos. 1(ii), (iii), (iv),(vi), (ix) and Question Nos. 4, 5in Exercise 1.5.

46 50

V

Question No. 3 in Exercise 5.9(Edition 2006) or Qn. No: 2 inEdition 2005

53 60

Question Nos. 5, 6, 7, 9, 10 &11 in Exercise 5.10 60, 61 68

VI Question No. 5 in Exercise 6.3 87 99

VII

Question Nos. 10, 11, 13, 14,15, 16 & 19 in Exercise 7.4.

122 135, 136

Question Nos. 2, 4 & 6 inExercise 7.5.

127 141

For complete details of collection and classification of questions refer COME BOOK

(Revised Edition)

4


5/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARYEDUCATION SECOND YEAR - PHYSICS


Sl.

No

Page number of

the text book

Deleted

1. Vol, I (6 to 8) 1.1.7 Continuous distribution of chargei) Linear charge distributionii) surface charge distributioniii) Volume distribution of charge.

2. Vol. I (39 to 40) 1.7 Applications of Electrostaticsi) Ink-Jet printingii) Xerox copying machine.

3. Vol. I (51) Q.No. 1.8

4. Vol. I (79 to 80) 2.11.5 Dry cell

5. Vol. I (81 to 82) 2.11.8 Nickel Iron accumulater

2.11.9 Solid state cell6. Vol. I (90)

Vol. I (91)Q.No. 2.10Q.No. 2.28

7. Vol. I (101) 3.1.7 Origin of thermoelectric emf.

8. Vol. I (113 to115)

3.4.3 (i) (ii) (iii) Toroid

9. Vol. I (139) Q.No.3.6

10. Vol. I (141) Q.No. 3.23 (ii) a toroid

11. Vol. I (142) Q.No. 3.34

12. Vol. I (159-161) 4.4.2 Distribution of three phase aci) Star connectionii) Delta connection.

13. Vol. I (187) Q.No. 4.44. , Q.No.4.45, Q.No. 4.53

14. Vol. I (192) 5.1 Maxwells displacement current.

15. Vol.I (194 to195)

5.1.3 Transverse nature of electromagnetic waves.

16. Vol. I (199 to200) 5.1.7 Propagation of electromagnetic waves.

17. Vol. I (224 to227)

5.7.2 Fraunhofer diffraction at a single slit.5.7.3 Width of the central maximum.

18. Vol. I (243) Q.No. 5.6

19. Vol. I (247) Q.No. 5.16Q.No. 5.34

5


6/37

20. Vol. I (249) Q.No. 5.50

21. Vol. II (24 to 25) 6.2.9 Experimental determination of critical potentials.Franck and Hertz method.Interpretation of the curve.

22. Vol. II (29 to 35) 6.2.12 Vector atom model (i) Spatial quantization(ii) Spinning electron.

6.2.13 Quantum numbers (i), (ii) (iii) (iv) (v ) (vi) (vii)6.2.14 Paulis exclusion principle6.2.15 The periodic classification of elements.

23. Vol. II (63) Q.No. 6.30Q.No. 6.31Q.No. 6.32

24. Vol. II (71) 7.1.9 Millikans experiment.

25. Vol. II (75) 7.3.3 Davisson and Germer experiment.

26. Vol. II (92)Vol. II (93)

Q.No. 7.18Q.No. 7.23

27. Vol. Ii (102-103) 8.4 Nuclear models8.4.1 Liquid drop model8.4.2 Independent particle model

8.4.3 Collective model.28. Vol.II (143) Q.No. 8.27Q.No. 8.28

29. Vol. II (160) 9.3.2 Full wave rectifier.

30. Vol. II (163) 9.4 Voltage doubler 9.5 Voltage tripler

31. Vol. II (186) 9.16.4 (i) Hartley Oscillator

32. Vol. II (217) Q.No. 9.21Q.No. 9.23Q.No. 9.24

33. Vol. II (254 to262)

10.10 Colour television (in total)(10.10.1, 10.10.2, 10.10.3, 10.10.4, 10.10.5, 10.10.6,10.10.7)

34. Vol. II (264) 10.11.3 Radar range equation

6


7/37

35. Vol. II (274) Q.No. 10.8

36. Vol. II (275) Q.No. 10.28Q.No. 10.29Q.No. 10.30Q.No. 10.31Q.No. 10.32

37. Vol. I (169, 171,172)

4.7.24.7.34.7.4 Power curves in graph and related derivations.

38. Vol.II (4 to 6) 6.1.3 Determination of specific charge.Thomsons experiment *1

39. Vol. II (117) 8.9 Figure 8.7 and its related content

40. Vol. II (125) Table 8.1 & 8.2

41. Vol. II (242) 10.5.1 Vidicon camera tube *2

42. Vol. I (14, 15) 1.2.7 Electric field at any point due to an Electric dipole

43. Vol. I (33) 1.5.4 Polarisation of dielectric(in page 33, 5

thline to 9

thline)

44. Vol. I (102) 3.1.8 Measurement of Thermoemf

45. Vol. I (148) 4.2.1 Experimental demonstration for self induction

46. Vol. II (78) Figure 7.11 (b) Optical Microscope

47. Vol. II (81) 7.5.3 Galilean transformations

48. Vol. II (131) 8.12.1 Quark Model

49. Vol. II (167) 9.8 LCD

50. Vol. II (189) 9.17 SSI, MSI, LSI, DLSI.....upto MOSFET

7


8/37

51. Vol. II (207) 9.20.1 Uses of CRO (detailed explanations) *3

52. Vol. II (207) 9.20.1 In page 207, 3rd

Paragraph

53. Vol. II (232) 10.3 Antennas and transmission lines *4

54. Vol. II (247 &248)

10.5.3 & 10.6 Television Standards and Televisionbroadcast channel

Note: i) *1 *2 *3 *4 These contents will be written in a simple manner andincluded in the forthcoming new edition of textbook.

ii)The questions and problems given in the self-evaluation and solvedproblems, related to the above mentioned list will also be deleted.

8


9/37

DIRECTORATE OF SCHOOL EDUCATION/HIGHER SECONDARY EDUCATION

ulh ML

2006-07 Kj aa ghl fgl gFf

t.v ghljf cs g fv fgl gFf

1 bjhF . 1 ( 6 Kj 8 tiu) 1 . 1 . 7 bjhl Dhl gut(i) nenghF Dhl gut(ii) gu Dhl gut(iii) gUk Dhl gut

2 bjhF .1 (39 Kj 40 tiu) 1 .7 iy a gaghLf(i) ik-bj mR g(ii) mR gf ef vu

3 bjhF . 1 (52) nf v 1.8

4 bjhF. 1 (83 Kj 84) 2.11.5 gir fy

5 bjhF. 1 (85 Kj 86) 2.11.8 f U nrkfy2.11.9 kiy fy

6 bjhF. 1 9596

nf v 2.10nf v 2.28

7 bjhF. 1 ( 107) 3.1.7 btgaF ir njhw

8 bjhF .1 (12 0Kj 122) 3.4.3 (i), (ii), (iii) tltRU

9 bjhF . 1 ( 146) nf v 3.6

10 bjhF . 1 ( (148) nf v 3.23 (ii) tltRU

1 1 bjhF. 1 ( (142) nf v 3.34

12 bjhF. 1 (168- 1 7 1 ) 4.4.2 _W fl khWir ndhlg(i) lh kW

13 bjhF . 1 ( 198- 199) nf v 4.44, 4.45, 4.53

14 bjhF. 1 ( 205) 5.1 khbt lbgandhl

15 bjhF. 1 ( 207-208) 5.1.3 fhj miyf FWfiyg

16 bjhF . 1 ( 212- 213) 5.1.7 fhj miyguj

17 bjhF. 1 (239-242) 5.7.2 xiws VgL ~uhnAhg is

9


10/37

5.7.3. ika bgh mfy18 bjhF. 1 (258) nf v 5.6 (fglfzF)

19 bjhF. 1 (262) nf v 5.16,5.34

20 bjhF .1 (264) nf v 5.50

21 bjhF. 1 1(22-24) 6.2.9. khWiy dGj fhQ M -uh, bA Kiw tiuglfhdsf

22 bjhF. 1 1(28-32) 6.2.12 btl mQkh(i) l FthlkhfgLj(ii) vyuh j RH6.2.13 Fthl vf(i) ,(ii), (iii), (iv), (v), (vi), (vii)

6.2.14.bgs jif jJt6.2.15. jktir mltiz23 bjhF. II ( 60) nf v 6.30

6.316.32

24 bjhF. II (68) 7.1.9 f M

25 bjhF. II (72) 7.3.3 nlr ,b#k nrhjid

26 bjhF. II (89)

bjhF. II (90)

nf v 7.18

nf v 7.2327 bjhF .II (99- 1 0 1 ) 8.4 mQfU khf

8.4.1 utJ kh8.4.2 r h g wJf kh8.4.3 bjhF kh

28 bjhF .II (142)(143)

nf v 8.278.28

29 bjhF. II (160,161) 9.3.2. KGmiy U30 bjhF .II (163)

(164)

9.4. dGj uogh9.5 dGj Kklfh

31 bjhF. II (187,188) 9.16.4 Ah miya

32 bjhF .II (222) nf v 9.21nf v 9.23nf v 9.24

33 bjhF II(263- 272) 10.10. tz bjhiyfh (KGtJ)10.10.1,10.10.2. ,10.10.3,10.10.4,10.10.5,10.10.6,10.10.7

34 bjhF. II (274) 10.11.3 (nulhbeLf rkghL

10


11/37

35 bjhF .II 285) nf v 10.8

36 bjhF .II (286) nf v 10.28nf v 10.29nf v 10.30

nf v 10.31nf v 10.32

37 bjhF .1 (1 79Kj 182tiu) 4.7.2 tiugl cs w tisnfhL4.7.3 kW R wDfhd4.7.4 rkghLf

38 bjhF .II (3- 6) 6.1.3 vyuh Dhl iw jf (e/m )fhz * 1

39 bjhF. II (116) 8.9 - gl 8.7 sit is tisnfhLmjfhd sf .

40 bjhF. II (123,124) mltiz 8.1 k W 8.2

41 bjhF II (250,251,252) 10.5.1 ofh Hgl fU FHh * 2

42 bjhF I (13,14) 1.2.7 UKidah VnjD xU y

43 bjhF I (32) 1.5.4.bjhFga yij..........UJ K=1tiu

44 bjhF I (108,109) 3.1.8 dGj khia gagL btgahF ir flj

45 bjhF I (156) 4.2.1j Jhl ftij sFnrhjid

46 bjhF II (75) gl 7 . 1 1(b) xa Enzh

47 bjhF II (77,78) 7.5.3 fa iy khwf

48 bjhF II (130,131) 8.12.1 Fth kh

49 bjhF II (168) 9.8 ut gof fh

50 bjhF II (191,192) 9.17 SSI, MSI, LSI, VLSI......MOSFET

51 bjhF II (212,213) 9.20.1 nfnjhL f miyneh (CRO)gaf (KG sff ) * 3

52 bjhF II (212,213) 9.20.1 213 gf 3tJ ghuh

53 bjhF II (239) 10.3. ziy f kWmD

11


12/37

ff * 4

54 bjhF II (256,257) 10.5.3 & 10.6 bjhiyfh l msf,bjhiyfh xgu miytir

F

i) *1, *2, *3, *4 kWg ghl jf Fl ghl gFfvikahd Kiw vGjgL nrfgL.

ii) fgl fzFf, j kL, fzFf Mait nkflfgl gFf U, mitfS fgLwd.

.

12


13/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARYEDUCATION SECOND YEAR - CHEMISTRY


Volume-1

Lesson Page contentsNo. ofPages

1. Atomic Structure

17 1.5 Schrodinger Waveequation.....Probability amplitude

0.6

22 1.6 Eigen values and eigenfunction......small volumeelement

0.5

29 4. N2 +, N2 and N22 .....N2+>N2 0.75

31 to 33 Full 3.0

34 Fig. 1.11 Types of hybridzation 0.2

0.135 Full 1.0

36 Table 1.4 0.6

40 & 41 Types and orgin..... Betweenthem

1.0

2. Periodic classification-II55 Determination of ioization energy

upto fig 2.10.4

3. p-block elements

71 & 72 2. density.......8. metallicchartacter

1

73 2. density.... to the end of thepage

0.4

74, 75,76, 77,78

Full 5.0

85 2. density to the end of the page 0.5

86,87,88

Full 3.0

89 From 3 with ..... ATP molecules 0.70

100 2. density to the end of the page 0.5

101 &102

Full 2.0

103 Uses.... 11H2O 0.7

104 &105

2. density..... colour 1.0

13


14/37

4.d-block elements

127 Table 4.1 0.5

130 Table 4.4 & upper 2 lines 0.5

133 Ores examples iv & v 0.1

134 &135

Fig 4.1 & Fig 4.2 1.0

138 iv, v, vi alloys 0.3

147 Ores ii & iii 0.1

152 Structure of chromate.... 0.5

156 Full 1.0

5.F - block elements

165 Table 5.1, La.....+3..... 0.5

166 Lu +3 0.5

167 Table 5.2 0.4

6. co-ordinationcompounds

178 Acetylacetonate structure 0.3

186 Cis & trans isomer diagram for

en

0.2

192-196 6.5.3 crystal field theory....limitations of CFT

3.7

198&199 Structures 1.0

7. Nuclear Chemistry

209 Diagram except equation 0.3

213 &214

Structure of Thiosulptate ion 0.5

217 &218

Problem 5 & its solution 0.5

220 Problem 11 0.5

221 Problem 13 0.5

8. Solid state-II233-235 Full 3.0241 Line defects 0.2

243 Examples of superconductor 0.3

9. Thermodynamics-II

252 9.1 Limitations of I Law full 1.0

266 9.5 free energy & equilibriumconstant

0.5

267-269 Full 3.0

10. Chemical equilibrium II

284 Formation ...... equlibirium ofammonia

0.5

285 &286

Full 2.0

287 ......upto Kc=1.431..... 0.4

290 Birkleland Eydo Process 0.4

291-293 Full 3.0

14


15/37

VOLUME II

Lesson Page contentsNo. ofPages

11. Chemical kinetics-II

16 11.3 methods of determiningorder

0.5

17 & 18 Full 2.019 ...... up to rate method 0.7

27 Worked examples 0.5

28 Full 1.0

29 Problem No.4 and its solution 0.5

12. Surface chemistry Nil

13. Electrochemistry I69 Theory of strong electrolytes 0.7

70 ........up to dilution respectively 0.7

14. Electrochemistry II

107 Table alone 0.5

108 Full 1.0

109 Fig 14.2 0.2111 Daniell cell paragraph 0.2

116 IUPAC....around 0.5

130 14.4 corrosion of metals 0.6

131 to138

Full 8.0

15A. Introduction toorganic chemistry

143 to148

Full 6.0

15B. Isomerism in organicchemistry

151 Similarly...to the end of the page 0.6

152 Examples b, c & d 0.2

153 Geometrical isomerism....

2 methyl-2-butene

0.5

154 Full 1.0

156 Every pair of to the end of thepage

0.5

157 Boat conformation..... Stericstrain

0.5

162 dl pair of lactic acid diagram 0.4

167 R-S system to the end of thesystem

0.5

168 to170

Full 3.0

171 Up to R-configuration 0.316. Hydroxy Derivatives 199 Full 1.0

17. Ethers Nil Nil Nil

15


16/37

18. Carbonyl compounds

274 Last two lines 0.1

275 This is the case.....watermolecules

0.2

276 Full 1.0278 Questions 0.6

284 Reaction a & b 0.3

288 &289

Reactions of ammoniaderivatives....H2O

1.0

290 Last two examples inreaction2 & b & c reaction 3

0.5

291 Reaction a & b 0.7

292 Reaction c 0.2

294 Reaction with HCHO & CH3CHO

0.2

295 Two lines in Fehlings....lsprecipitated

0.1

309 Questions 0.2

310 Question and answer uptoacetone

0.7

315 Comparison table 0.7

19. Carboxylic acids

333 Practice Problem 0.3

334 Full 1.0

335 Up to answers 0.4

340 Practice problem...Acetone 0.5

359 Equation iii & iv 0.2

361 Equation 1 & 3 0.2371 (E) solve the problem 0.5

372 to377

Full 6.0

20. Organic Nitrogencompound

390 Resonance structure ofnitrobenzene

0.2

392 to393

Full 2.0

412 Top two reactions 0.5

414 Full 1.0

417 Full 1.0

418 &419

1. hydrolysis... up to amide 0.5

419 Stephens Reaction 0.1

420 Full 1.0

421 Top reaction 0.4

16


17/37

21. Bio Molecules

441 Glucose.....NH2OH 0.2

443 Fructose with NH2OH andpoint 7

0.4

447 to449

Classification of proteins 2.2

452 to454

Nucleic acids....protons 1.6

454 Simple lipids....End of thepage

0.5

455 3. Derived lipids....sterols 0.2

22. Chemistry in action

467 to469

Full 3.0

471 Edible colours....End of page 0.7

472 Full 1.0

473 Homopolymer...end of thepage

0.4

475 Polyholoalkenes 0.5

476 b) Glyptal 0.2

477 &478

Phenol-formaldehyde resin....end of the lesson

0.7

23. Problem in Chemistry482 to506

Full 25

Total No. of boxed pages for volume I & IIStandard XII.

148.2

17


18/37

bjhF-1nkiy - ulh M L nta

ghlgf

yfgl/kiwfgl gffgf

vif.

1 .mD mik- II 18 1.5hof miyrkghL.....mayh

0.5

19 ........mayh 0.524 1.6If kf kWIf rhf 0.225 0.533 4. N2

+,.................N2 0.8

34 O2, O2 ,O2.................................. 0.235 KGikahf 1.036 KGikahf 1.037 KGikahf 1.0

38 KGikahf 1.039 KGikahf 1.040 KGikahf 1.0

_yTWfSilgl....... 0.545 .......mfkhf UF 0.75

2. Mtjdmltiz- II

61 gl 2 .1 0.5

3. P-bjhFjkf

80 2. ml............................................... 0.5

81 KGikahf 1.0

83 2.ml............................. 0.384 KGtJ 1.085 KGtJ 1.086 KGtJ 1.087 KGtJ 1.088 KGtJ 1.089 KGtJ 1.090 ........muhkiu 0.297 2. ml .............FiwwJ. 0.598 KGtJ 1.0

99 KGtJ 1 .0100 KGtJ 1.01 01 KGtJ 1 .0102 6...............gagLwJ. 0.51 14 2. ml 0.7511 5 KGtJ 1.011 6 KGtJ 1.01 1 7 KGtJ 1.011 8 ....H2 SO4. 11H2O 0.5

18


19/37

1 19 2. m l ............................................................ncwiyLf

0.75

120 8. cnyhfjik......................................... 0.34 dbjhFjkf

147 mltiz 4.1 0.4

148 mltiz 4.3 0.4150 mltiz 4.4 0.215 1 mltiz 4.5 0.5154 iv)khyif v)miu-jhJf 0 .1155 gl 4.1 0.4156 gl 4.2 0.4159 iv),v),vi) cnyhffyitf 0.3160 ii) iii)jhJf 0.2167 ii) iii)jhJf 0.2175 Fnuhnk kWil Fnuhnk

maf mik0.75

179 4.5.4bkF( I)FnshiuL........ 0.5180 .............ii) gagLwJ. 0.5

5. f-bjhFjkf.

190 mltiz 5.1 0.75

1 91 La - +3.......................Lu - +3 0.5192 mltiz 5.2 0.3

6. miznrkf kWca miz nrkf.

206 mbl mnlnd mik 0.2

215 en- 2 ouh glf 0.2216 {Pt Cl2(en) 2)

2+ nrk xRHkhaf

0.3

222 6.5.3 gof y bfhif....................................................KGtJ

0.9

223 KGtJ 1.0224 KGtJ 1.0225 KGtJ 1.0

226 .........fUjnt iy 0.3229 c mik 0.5230 Fnshnuh mik 0.5

7. cfUnta

242 gl 7 .1 0.3

246 jnahrng ma mik 0.2247 ......0=S =0..... 0.3250 fzFf -5 0.3251 ........31.52% 0.5

19


20/37

253 1 1. 53 I I25

...........60 ehf 0.2254 KGtJ 1.0

8. l iyik II 266 8.1 goff........ KGtJ 0.75267 KGtJ 1.0268 KGtJ 1.0

269 .......fd rJu mik 0.9277 nfhL myJ t FiwghLf 0.3278 m flfSfhd rhWf 0.3279 ...................................MF 0.2

9.btgafa -II

288 9.1btgafa........................KGtJ

1.0

289 ..................khwhkUF 0.3304 9.5 foyh Mw khwKrkiy

kh ............MwYl0.5

305 KGtJ 1.0

306 KGtJ 1.0307 KGtJ 1.0308 KGtJ 1.0

10.ntrkiy -II

325 mnkhah cUthj rkiy 0.5

326 KGtJ 1.0327 KGtJ 1.0328 ..............atm-2. . . . . . . . . . . . . . . . . 0.3332 gyh IL Kiw.. .......... 0.5333 KGtJ 1.0334 KGtJ 1.0335 KGtJ 1.0

bjhF- II

ghl gf yfgl/kiwfgl gffgf

vif1 1 .ntidntfa- II

1 7 11.3id tifia zFKiwf.........KGtJ

1.0

18 KGtJ 1.019 KGtJ 1.020 ...............miHfgLwJ 0.528 fzFf 1 0.429 KGtJ 1.030 KGtJ 1.0

12.wgunta

xWiy

13. 69 tikF.............KGtJ 0.5

20


21/37

nta- I 70 ..................msLfshF14.nta- II

106 mltiz KGtJ 0.75

107 ...............gl14.1 0.80108 gl 14.2 0.2

109 mnj neu .........bragL 0.31 10 nla fy 0.31 15 IUPAC..............bfhLfgLsd 0.5128 14.4 cnyhff........KGtJ 0.5129 KGtJ 1.0130 KGtJ 1.01 31 KGtJ 1.0132 KGtJ 1.0133 KGtJ 1.0134 KGtJ 1.0

135 KGtJ 1.0136 KGtJ 1.0137 ..............vLwJ 0.2

15.fknta (A)fkntaYFKDiu

141-147 KGtJ 7.0

(B) fknta

150 ij nghnw .......................Wtiu 0.4

1 51 bfhiy : 1100C.............................ouhkha

0.3

1 51 B,C,D 0.5152 . ouh khaf..... 0.75153 ................2bk-2o 1 ,3-

lhilp.................................................bgalgLwd

0.3

0.5154 ............................bfhLwd 0.5156 ehfh tr mik

....................fhlyh0.5

157 glF tr mik......................iyawjhFwd

0.5

1 61 rhW d yho my,..............................d,1 iz

0.3

167 wbt mikigFF R.StKiw.....mQit

0.5

168 KGtJ 1.0169 KGtJ 1.0170 KGtJ 1.0

21


22/37

1 7 1 yho my ..........R-wbt mik 0.516.iAuhtbghUf

201 mltiz 1.0

17.


23/37

402 clir mikf 0,2404 20,3,4 KGtJ 1,0405 ..a icwu# csd 0,90425 8, fil U idf 0,75427 20.4.11mltiz 0,5

428 mltiz 0,5430 20.5.1

1, fhucnyhf W tiu0.5

431 . . . . . . . . . . . . . . . .mnlh ieu 0.5432 1 ,uhgFj ............Wtiu 0,5433 b) Ogid ..........Wtiu 0,5434 KGtJ 1.0

21,cnt_yTWf

455 FSnfh ...... FSnfhR Mir 0.2

457 uufnlh .............unlh 0.2

458 7.. cWgLJwJ 0.2462 ujf tiff 0.9463 . gagLwJ 0.9466 .. 21.6 cfUmyf 0.4467 KGtJ 1.0468 .. twJ

21.71 .va Lf .............W tiu

0.4

469 UF 0.2

22.eilKiwnta

481 KGtJ 1.0

482 KGtJ 1.0483 . . . . . . . . . . . . . . . . . .iygLJj 0.9484 cz wf 1.0485 KGtJ 0.3486 .jilgLwJ 0.3487 xd gygo ..bgwgLgit 0.4488 iv) gh cwhnyh Mf, fil 2

tf0,2

489 .. mltiz 0.5490 b) islh ..............

.............islh0.3

490 iii) ghkhoicwL f 0.2491 . gagLwJ 0.4

23. ntafzFf

gf 494 Kj 518tiuKGtJ 25.00

23


24/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARY EDUCATIONSECOND YEAR - ZOOLOGY - ENGLISH MEDIUM


LONG VERSION

S.No.Page

No.Para Line Contents

1. 10 Table Balanced diet for Indian adult male andfemale.

2. 11 4 1-4 A who survey in India lack of exercise.

3. 11 5, 6 Hyperglyce m ia . Occurs.made in the Revised Edition.

4. 12 1 5 Fasting hypoglycemia of insulinreceptors.made in the Revised Edition.

5. 20 2, 3 Liver cirrhosis It is an .liver damage.

6. 31 3, 4 HerniaA hernia (rupture) .. defect surgically.

7. 3334

1, 21

Body building is a sport . On health clubFig 1.11 Muscle building Fig 1.12 Exhibitionpostures.

8. 40 45

PleurisyInflammation of . Across earth other.

9. 4142

43

71-7

1

YogaThe father of beneficial to oneself.

10. 4849

61-4

Heart attackLoss of blood supply ..will be followed

11. 5859

1-41

As all other cells of our body ..repolarisesitself.

24


25/37

12. 50 34

Acquired heart valve . may develop.

13. 7677

41

Physiological effects. of that hormore.

14. 90 3 1 - 13 Eye infections .. doctor immediately.

15. 133134

5, 61, 2

In the asexual phase sexual cycle insidemosquito.

16. 136 1 4 In helminthic worms .. of commonoccurrence.

17. 145

146

8 12

1, 2

Pathogenecity and infections . And

endotoxins.

18. 146147

5 101 - 4

The characteristics of species .. andeosinophils etc..

19. 154 Flow Chart

20. 156 2 The large and complex .. against itself.

21. 157 1 1 5 Each immunoglobulin molecule .. antigen

antibody complex.

22. 160 1 1 - 13 Bursa of Fabricius . Secrete antibodies.

23. 161162

31, 2

Spleen Spleen is the .. and destroy them.

24. 163 3 4, 5 Together with . Surface proteins

25. 164 4 1 5 Antibodies Immunoglobulin observablemanner.

26. 166 7 5 11 The array of HLA alleles identicalhaplophytes.

27. 189190

21

102

Like DNA amino acid codes.

28. 190 Fig 4.7 Home page

29. 190 4 In the representation of indeterminate length

25


26/37

5

30. 191 1 The nucleic acid codes . Length

31. 194 Table World population growth.

32. 198 Fig 5.2 Total world population

33. 244 Culturable fishes of India.

34. 246247248

2 31 31 3

Structural aspects . This is expensive.

35. 262 1 3 5 and body parts such as .. blood vessels.

36. 262 2 9

13

The physician . Of the body.

37. 263 3, 45, 6

A brief history .. x-ray profile.

38. 264 Fig 6.27 Endoscopy

39. 266 Fig. 6.28 and 6.29

26


27/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARY EDUCATIONSECOND YEAR - ZOOLOGY - TAMIL MEDIUM


LONG VERSION

S.No

.

Page

No.Para Line As in the Book

1. 10 mltiz : rj cz

2. 1011

41

cyf Rfhjhu mik .clgikna

3. 11 1-5 uj rfiu mf nfhkh iy nghwitVwglyh. a g khaikfgL.

4. 1112

5-61-2

ilahbgo bkl lfis mffyh.a g khaikfgL.

5. 19 34


28/37

11. 555657

91-31

e cl k wbrf br iyia milwJ.

12. 48

49

6,7

1

uj Xl ghfsh ja

braH neL - j a jaJo-VgL.

13. 74 3 ijuh clbraajirahd brayhF

14. 8788

5-71-3

f bjhWf irbra ntL

15. 131

132

5

1-4

gh dbgUf iy gh

dbgUfij bjhltjfhf VgLwJ.

16. 134135

1- 4 bAj bjhF cWfcglTL

17. 145146

7 -101 4

neh cg a bjhW nehfS iwntWwd.

18. 146147

148

djL gfshtd :brj Kjad.

19. 157 Flow Chart -ghOaf Rc tUif etc.

20. 158159

6 FL jikila fhuahd mikwJ.

21. 160 1 3 15 XbthU ndh Fnsh _yTW jnjh fhzglyh.

22. 163164

4, 51

ngah ig Ruwd.

23. 165166

1 ku (Spleen) mwJ.

24. 167 3 d Kjik izfgoUjhY

28


29/37

25. 168 3 1-6 18 M who W izwd.

26. 171 5 1-8 MwhtJ Fnuhnkhnrh Ahnshilf UF.

27. 198 2 DNA tiraikig jha _y mj itfgLwJ.

28. 198 gl 4.7 kj ndh njLj

29. 198199

51

nahilLf myJ ujfisFgjF viyaw ilbt

30. 199 my Ff tiuaiwawilbt

31. 203 mltiz cyf kf njhif tsmj uo fhyK

32. 205 gl 5.2 tsU, tsj ehLf bkhj kfbjhif.

33. 256 ah ts f

34. 257258259260

Fs mikFsijcUthFjY mit

bry ogit.

35. 273 3 5 - 7 Eiupu, fu, Wuf bgWMuha Ko.

36. 273274

kUJtf j njitnfg CT ahjuKo

37. 274275

CT RUfkhd tuyhW njhwtoit msLwJ.

38. 275 gl 6.27 vnlhnfh au

39. 277 gl 6.28, 6.29

29


30/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARY EDUCATIONSECOND YEAR - BIO-ZOOLOGY - ENGLISH MEDIUMCONTENTS DELETED FROM THE YEAR 2006-2007

SHORT VERSION

S.No.Page


1. 10 Table Balanced diet for Indian adultmale and female.

2. 11 4 1-4 A who survey in India lack of exercise.

3. 11 5

6

Hyperglyce m ia . Occurs.

made in the Revised Edition.

4. 12 1-5 Fasting hypoglycemia ofinsulin receptors.made in the Revised Edition.

5. 20 23

Liver cirrhosis It is an.liver damage.

6. 31 34

HerniaA hernia (rupture) .. defectsurgically.

7. 3334

1, 21

Body building is a sport .On health club Fig 1.11 Musclebuilding Fig 1.12 Exhibition postures.

8. 40 45

PleurisyInflammation of . Across earthother.

9. 414243

71-71

YogaThe father of beneficial toonself.

10. 4849

61-4

Heart attackLoss of blood supply ..will befollowed

30


31/37

11. 5859

1-41

As all other cells of our body..repolarises itself.

12. 50 34

Acquired heart valve . maydevelop.

13. 7677

41

Physiological effects

. of that hormore.

14. 90 3 1 - 13 Eye infections .. doctor immediately.

15. 133134

5, 61, 2

In the asexual phase sexualcycle inside mosquito.

16. 136 1 4 In helminthic worms .. of common occurrence.

17. 137138

9 101 4

Pathogenecity and infections .And endotoxins.

18. 138139

7 111 - 4

The characteristics of species.. and eorinophils etc..

19. 146 Flow Chart

20. 148 2 The large and complex .. againstitself.

21. 149 1 1 5 Immunoglobulin molecule ..antigen antibody complex.

22. 152 1 1 - 13 Bursa of Fabricins . Secreteantibodies.

23. 153154 31, 2 Spleen Spleen is the .. anddestroy them.

24. 155 3 4, 5 Together with . Surface proteins

25. 156 4 1 5 Antibodies Immunoglobulin observable manner.

31


32/37

26. 158 7 5 11 The array of HLA alleles identical haplotypes.

27. 181182

21

102

Like DNA amino acid codes.

28. 182 Fig 4.7 Home page

29. 182 45

In the representation of indeterminate length

30. 183 1 The nucleic acid codes .Length

31. 186 Table World population

growth.

32. 190 Fig 5.2 Total world population

33. 236 Culturable fishes of India.

34. 238239240

2 31 31 - 3

Structural aspects . this isexpensive.

35. 254 1 3 5 and body parts such as ..blood vessels.

36. 254 2 9 13 The physician . of thebody.

37. 255 3456

A brief history .. x-ray profile.

38. 256 Fig 6.4.10 Endoscopy

39. 258 Fig. 6.4.11 and 6.4.12

32


33/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARY EDUCATIONSECOND YEAR - BIO-ZOOLOGY - TAMIL MEDIUMCONTENTS DELETED FROM THE YEAR 2006-2007

SHORT VERSION

S.No.Page


1. 10 mltiz : rj cz

2. 1011

41

cyf Rfhjhu mik .clgikna

3. 11 1-5 uj rfiu mf nfhkh iy nghwitVwglyh. a g khaikfgL.

4. 1112

5-61-2

ilahbgo bkl lfis mffyh.a g khaikfgL.

5. 19 3

4


34/37

11. 555657

91-31

e cl k wbrf br iyia milwJ.

12. 4849

6,71

uj Xl ghfsh jabraH neL

13. 74 3 ijuh clbraajirahd brayhF

14. 8788

5-71-3

f bjhWf irbra ntL

15. 131

132

5

1-4

gh dbgUf iy gh

dbgUfij bjhltjfhf VgLwJ.

16. 134135

1- 4 bAj bjhF cWfcglTL

17. 136137

91-9

neh cg a bjhW nehfS iwntWwd.

18. 137138

139

101-6

1

djL gfshtd :brj Kjad.

19. 148 Flow Chart -ghOaf Rc tUif etc.

20. 149150

61

FL jikila fhuahd mikwJ.

21. 151 1 3 15

XbthU ndh Fnsh _yTW jnjh fhzglyh.

22. 154155

4, 51

ngah ig Ruwd.

23. 156157

2-41

ku (Spleen) mwJ.

34


35/37

24. 158 3 d Kjik izfgoUjhY

25. 159 3 1-6 18 M who W

idwd.

26. 162 4 1-8 MwhtJ Fnuhnkhnrh Ahnshilf UF.

27. 189 2 1-3 DNA tiraikig jha _y mj itfgLwJ.

28. 189 gl 4.7 kj ndh njLj Jtfgf.

29. 189190

51

nahilLf myJ ujfisFgjF viyaw ilbt

30. 190 my Ff tiuaiwawilbt

31. 194 mltiz cyf kf njhif tsmj uo fhyK

32. 196 gl 5.2 tsU, tsj ehLf bkhj kf

bjhif.

33. 247 ah ts f

34. 248249250251

Fs mikFsijcUthFjY mit

bry ogit.

35. 264 3 Eiupu, fu, Wuf bgWMuha

Ko.

36. 264265

41

14,15

1 - 3

kUJtf j njitnfg CT ahjuKo

35


36/37

37. 265266

8, 91, 2

CT RUfkhd tuyhW njhwtoit msLwJ.

38. 266 gl 6.27 vnlhnfh au

39. 268 gl 6.28, 6.29

36


37/37

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARY

EDUCATION SECOND YEAR - BOTANYCONTENTS DELETED FROM THE YEAR 2006-2007

NIL

DIRECTORATE OF SCHOOL EDUCATION / HIGHER SECONDARYEDUCATION SECOND YEAR - BIO-BOTANY


NIL

Documents

Textbook Review Second Year