[PDF] DEPARTMENT OF PHYSICS Classical Mechanics

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[PDF] DEPARTMENT OF PHYSICS Classical Mechanics - Tuljaram

51937_7Physics_M_Sc___PHY4102_Classical_Mechanics.pdf 1 TULJARAM CHATURCHAND COLLEGE OF ARTS, SCIENCE AND COMMERCE, BARAMTI

An Autonomous status

(Affiliated to Savitribai Phule Pune University, Pune)

DEPARTMENT OF PHYSICS

Classical Mechanics [PHY4102]

Question Bank for M.Sc students

INDEX

Sr. No.

Name of the Chapter

1 Constrained Motion and Lagrangian formulation

1)Objective

2)Short Answer questions

3)Long Answer questions

2 Hamilton's formulation & Variational Principle

1)Objective

2)Short Answer questions

3)Long Answer questions

3 Canon

1)Objective

2)Short Answer questions

3)Long Answer questions

4 Central Force

1)Objective

2)Short Answer questions

3)Long Answer questions

2 TULJARAM CHATURCHAND COLLEGE OF ARTS, SCIENCE AND COMMERCE, BARAMTI

An Autonomous status

(Affiliated to Savitribai Phule Pune University, Pune)

DEPARTMENT OF PHYSICS

Question Bank for M.Sc students

Classical Mechanics

Unit-1: Constrained Motion and Lagrangian formulation

Objective Questions

1. The degree of freedom for a free particle in space are _________

(a) one (b) two (c ) three (d) zero

2. The number of independent variable for a free particle in space are ______

(a) zero (b) one (c ) two (d) three

3. The degree of freedom for N particles in space are _________

(a) 2N (b) 3N (c ) N (d) zero

4. The number of independent variable for a free particle in space are ______

(a) N (b) 2N (c ) 3N (d) zero

5. ___________ constraints are independent of time.

(a) Holonomic (b) Non-Holonomic (c ) Scleronomous (d) Rheonomous

6. ___________ constraints are time dependent.

(a) Holonomic (b) Non-Holonomic (c ) Scleronomous (d) Rheonomous

7. The Lagrangian equations of motion are ___________ order differential equations.

(a) first (b) second (c ) zero (d) forth 8. (a) (b) Laplace (c ) Poisson 3

9. The Lagrangian function is define by ____________

(a) L= F + V (b) L= T - V (c ) L = T + V (d) L = F - V

11. The lagrangian for a charged particle in an electromagnetic field is

ࢥpotentials (a) L= T+ q ࢥ (b) L= T ࢥ

[PDF] DEPARTMENT OF PHYSICS Classical Mechanics - Tuljaram

An Autonomous status

DEPARTMENT OF PHYSICS

Classical Mechanics [PHY4102]

Question Bank for M.Sc students

INDEX

Name of the Chapter

1 Constrained Motion and Lagrangian formulation

1)Objective

2)Short Answer questions

3)Long Answer questions

2 Hamilton's formulation & Variational Principle

1)Objective

2)Short Answer questions

3)Long Answer questions

3 Canon

1)Objective

2)Short Answer questions

3)Long Answer questions

4 Central Force

1)Objective

2)Short Answer questions

3)Long Answer questions

An Autonomous status

DEPARTMENT OF PHYSICS

Question Bank for M.Sc students

Classical Mechanics

Objective Questions

1. The degree of freedom for a free particle in space are _________

2. The number of independent variable for a free particle in space are ______

3. The degree of freedom for N particles in space are _________

4. The number of independent variable for a free particle in space are ______

5. ___________ constraints are independent of time.

6. ___________ constraints are time dependent.

7. The Lagrangian equations of motion are ___________ order differential equations.

9. The Lagrangian function is define by ____________

11. The lagrangian for a charged particle in an electromagnetic field is

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