JEE Syllabus
Linear and angular simple harmonic motions
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1. Simple harmonic motion
2. Qualitative nature of simple harmonic motion
3. Equation of motion of a simple harmonic motion
4. Terms associated with simple harmonic motion
5. Simple harmonic motion as a projection of circular motion
6. Energy conservation in Simple harmonic motion
7. Angular simple harmonic motion
8. Simple pendulum
9. Physical pendulum
10.Torsional pendulum
11. Composition of two Simple harmonic motions
12. Damped harmonic motion
13. Forced oscillation and resonance
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Study Plan
Day 1
1. Simple harmonic motion
Ex. 12.1
2. Qualitative nature of simple harmonic motion
Ex. 12.2
3. Equation of motion of a simple harmonic motion
Day 2
4. Terms associated with simple harmonic motion
Ex. 12.3, 12.4
5. Simple harmonic motion as a projection of circular motion
6. Energy conservation in Simple harmonic motion
Ex. 12.5
Worked Out Examples 1 and 2
Day 3
7. Angular simple harmonic motion
Ex. 12.6
8. Simple pendulum
Ex. 12.7, 12.8
WOE 3,4
Day 4
9. Physical pendulum
Ex. 12.9
10.Torsional pendulum
12.10
WOE 5,6
Day 5
11. Composition of two Simple harmonic motions
Ex. 12.11
WOE 7,8
Day 6
12. Damped harmonic motion
13. Forced oscillation and resonance
WOE 9,10
Day 7
WOE 11 to 15
Exercises 1 to 5
Day 8
WOE 16 to 20
Exercises 6 to 10
Day 9
WOE 21,22
Exercises 11 to 18
Day 10
Exercises 19 to 30
Revision Period - Half an hour per day
Day 11
Exercises 31 to 35
Day 12
Exercises 36 to 40
Day 13
Exercises 41 to 45
Day 14
Exercises 46 to 50
Day 15
Exercises 51 to 55
Day 16
Exercises 56 to 58
Day 17
Objective I
Day 18
Objective II
Day 19
Questions for short answer 1 to 8
Day 20
Questions for short answer 9 to 16
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Audio visual lecture
Lesson 16: Simple Harmonic Motion
www.curriki.org/nroc/Introductory_Physics_1/lesson16/Container.html
http://plasma4.sr.unh.edu/ng/phys407/phys407-7-28-05.pdf
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