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PHYSICS (Reduced / Non Eveluation Syllabus only for Academie Year 2020-21 only), Note:, , 1. The topics in the following table are Deleted fo the academic year 2020-21 as an exceptional case,, , 2 Allboxes EXCEPT ‘Solved examples’ and Remember This are Deleted / Non evaluative For 2020-21 only, , XI PHYSICS (54), , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , TeNo.] Page No [aricie No Porton Deleted for year 2020.21, [Chapter 1 Units and Measurements, T Ties [ia Measurement of length, 2 5 ha Measurement of Mass, 3 Sr06 is. Measurement of Time, * 2 i Tccuray Precision and Unenainiy mn measurement, $s torent [ua [Combination of errors, Chapter 2 Mathematical Methods, 1] 3-2 be Tintroduction to Callus, ‘Chapter 3 Motion ina Plane, 7. 1-36 [Rectiinear Motion, Chapter 4: Laws of motion, i aa [avsttie's fallacy, z aaa ony [Newton's laws of motion, 4 2 |as2 [Contact and non-contact forces, 6 35,56 [a6 work energy theorem, 7 56,57 [a7 Principle of conservation of Inear momentum, 2 1 aes Loss in KE... Use the result 4.11 without proof, 10 | e068 Jaga Necessity of defining impulse, a1 ofan To prove thatthe moment ofa couple is Independent ofthe ans of rotation, 2 [a3 characteristics of Cente of mass, Chapter 5 Gravitation, T Ba [Measurement of the Gravitational Constants, Chapter 6 Mechanical Properties of solid, T 108 Jes varcness, 2] 09-133 Ie Friction in Said, , , , , , , , , , , , PHYSICS (Reduced / Non Eveluation Sylabus only for Academic Year 2020-21 only), Chapter 7 Thermal Properties of Matter, , , , , , , , , , , , , , , , , , , , , , , , z 114 2 [Temperature and Heat, 2 Tis-118 [73 [Measurement of Temperature, 3 tiea71 [7.4 [Absolute Temperature and Ideal Gas Equation, 4 329-133 (78 [Change of state, ‘Chapter 8: Sound Waves, 2 qa2-taa [a2 [Common Properties ofall Waves, 3 144-145 [a3 Transverse Waves, Longitudinal Waves, 4 143 a6. Principle of Superposition of Waves, 5 150 B72 [Reverberation, 6 | ss0t0151__Ja73 lAcoustics, 7 154 392 [Listener Approaching a Stationary Source with velocity v, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 2 oy optics and geometrical optics, 2 a2 Relation between ,u andv, 5 serum fprsm binoculars and periscope, 6 7 Til equation 9.2, i | sto? [99 Natural phenomena due o sunlight, 12 | — 13-164 [9.15 (ost pan Frelescope onwards, til the end., [Chapter 10 lectrostaties, z 1s [i032 Electric charge, 2 195 10.6 Electric field intensity due to polnt charge ina material medium, 3 196 [10.62 Practical way of calculating electric field, 4 199 108 Proof ofthe Gauss” law, S| 201208 ho Electric dipote, 3 204___}10.10 [Continuous charge distbution, [Chapter 11 Electric Current Through Conductors, z 207 Jn electric cucent, , 2 207 a3 [Flow of current through a conductor