JEE syllabus
Dynamics of rigid bodies with fixed axis of rotation; Rolling without slipping of rings, cylinders and spheres;
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1. Rotation of a rigid body
2. Kinematics
3. Rotational dynamics
4. Torque of a force about the axis of rotation
5. Г = Iα
6. Bodies in Equilibrium
7. Bending of a Cyclist on horizontal turn
8. Angular momentum
9. L = Iα
10. Conservation of Angular Momentum
11. Angular impulse
12. Kinetic energy of a rigid body rotating about a given axis
13. Rolling
14. Calculation of Momentum of inertia
15. Two important theorems on moment of inertia
16. Combined rotation and translation
17. Rolling
18. Kinetic energy of a body in combined rotation and translation
19. Angular momentum of a body in combined rotation and translation
20. why does a rolling sphere slow down
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Study Plan
Day 1
10.1. Rotation of a rigid body
2. Kinematics
Exmples 10.1,2 and 3
Day 2
10.3. Rotational dynamics
4. Torque of a force about the axis of rotation
Ex. 10.4
Worked Out Examples: 1,2
Day 3
10.5. Г = Iα
Ex. 10.5
6. Bodies in Equilibrium
7. Bending of a Cyclist on horizontal turn
WOE: 3,4
Day 4
10.8. Angular momentum
9. L = Iα
10. Conservation of Angular Momentum
Ex. 10.6
WOE: 5,6
Day 5
10.11. Angular impulse
12. Kinetic energy of a rigid body rotating about a given axis
Ex. 10.7
13. Rolling
WOE: 7,8
Day 6
10.14. Calculation of Momentum of inertia
WOE: 9,10
Day 7
10.15. Two important theorems on moment of inertia
WOE: 11,12
Day 8
10.16. Combined rotation and translation
17. Rolling
WOE: 13,14
Day 9
10.18. Kinetic energy of a body in combined rotation and translation
19. Angular momentum of a body in combined rotation and translation
20. why does a rolling sphere slow down
WOE: 15,16
Day 10
Chapter 10
WOE: 17 to 29
Day 11
Chapter 10 Revision
Exercises: 1 to 5
Day 12
Chapter 10 Revision
Exercises: 6 to 10
Day 13
Chapter 10 Revision
Exercises: 11 to 15
Day 14
Chapter 10 Revision
Exercises: 16 to 20
Day 15
Chapter 10 Revision
Exercises: 21 to 25
Day 16
Chapter 10 Revision
Exercises: 26 to 30
Day 17
Chapter 10 Revision
Exercises: 31 to 35
Day 18
Chapter 10 Revision
Exercises: 36 to 40
Day 19
Chapter 10 Revision
Exercises: 41 to 45
Day 20
Chapter 10 Revision
Exercises: 46 to 50
Still 36 problems are there in the chapter that you have to do as a special task.
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Audiovisual lecture
Uniform Circular Motion
www.curriki.org/nroc/Introductory_Physics_1/lesson14/Container.html
Torque and Rotational Statics
www.curriki.org/nroc/Introductory_Physics_1/lesson15/Container.html
http://plasma4.sr.unh.edu/ng/phys407/phys407-7-13-05.pdf
Dynamics of rigid bodies with fixed axis of rotation; Rolling without slipping of rings, cylinders and spheres;
---------
1. Rotation of a rigid body
2. Kinematics
3. Rotational dynamics
4. Torque of a force about the axis of rotation
5. Г = Iα
6. Bodies in Equilibrium
7. Bending of a Cyclist on horizontal turn
8. Angular momentum
9. L = Iα
10. Conservation of Angular Momentum
11. Angular impulse
12. Kinetic energy of a rigid body rotating about a given axis
13. Rolling
14. Calculation of Momentum of inertia
15. Two important theorems on moment of inertia
16. Combined rotation and translation
17. Rolling
18. Kinetic energy of a body in combined rotation and translation
19. Angular momentum of a body in combined rotation and translation
20. why does a rolling sphere slow down
-----------
Study Plan
Day 1
10.1. Rotation of a rigid body
2. Kinematics
Exmples 10.1,2 and 3
Day 2
10.3. Rotational dynamics
4. Torque of a force about the axis of rotation
Ex. 10.4
Worked Out Examples: 1,2
Day 3
10.5. Г = Iα
Ex. 10.5
6. Bodies in Equilibrium
7. Bending of a Cyclist on horizontal turn
WOE: 3,4
Day 4
10.8. Angular momentum
9. L = Iα
10. Conservation of Angular Momentum
Ex. 10.6
WOE: 5,6
Day 5
10.11. Angular impulse
12. Kinetic energy of a rigid body rotating about a given axis
Ex. 10.7
13. Rolling
WOE: 7,8
Day 6
10.14. Calculation of Momentum of inertia
WOE: 9,10
Day 7
10.15. Two important theorems on moment of inertia
WOE: 11,12
Day 8
10.16. Combined rotation and translation
17. Rolling
WOE: 13,14
Day 9
10.18. Kinetic energy of a body in combined rotation and translation
19. Angular momentum of a body in combined rotation and translation
20. why does a rolling sphere slow down
WOE: 15,16
Day 10
Chapter 10
WOE: 17 to 29
Day 11
Chapter 10 Revision
Exercises: 1 to 5
Day 12
Chapter 10 Revision
Exercises: 6 to 10
Day 13
Chapter 10 Revision
Exercises: 11 to 15
Day 14
Chapter 10 Revision
Exercises: 16 to 20
Day 15
Chapter 10 Revision
Exercises: 21 to 25
Day 16
Chapter 10 Revision
Exercises: 26 to 30
Day 17
Chapter 10 Revision
Exercises: 31 to 35
Day 18
Chapter 10 Revision
Exercises: 36 to 40
Day 19
Chapter 10 Revision
Exercises: 41 to 45
Day 20
Chapter 10 Revision
Exercises: 46 to 50
Still 36 problems are there in the chapter that you have to do as a special task.
---------------------
Audiovisual lecture
Uniform Circular Motion
www.curriki.org/nroc/Introductory_Physics_1/lesson14/Container.html
Torque and Rotational Statics
www.curriki.org/nroc/Introductory_Physics_1/lesson15/Container.html
http://plasma4.sr.unh.edu/ng/phys407/phys407-7-13-05.pdf
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