EASY
9th ICSE
IMPORTANT
Earn 100

How do you measure the time period of a given pendulum? Why do you note the time for more than one oscillation?

Important Questions on Measurements and Experimentation

EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 10
Two simple pendulums A and B have equal lengths, but their bobs weigh 50 gf and 100 gf respectively. What would be the ratio of their time periods? Give reason for your answer. 
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 11
Two simple pendulums A and B have lengths 1.0 m, 4.0 m respectively at a certain place. Which pendulum will make more oscillations in one minute? Explain. Take g=10 m s-2.
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 12
State how does the time period of a simple pendulum depend on the length of the pendulum.
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 12
State how does the time period of a simple pendulum depend on the mass of the bob.
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 12
State how does the time period of a simple pendulum depend on amplitude of oscillation.
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 12
State how does the time period of a simple pendulum depend on the acceleration due to gravity.
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 13
What is a second's pendulum?
EASY
9th ICSE
IMPORTANT
Concise Physics I.C.S.E Part I For Class 9>Chapter 1 - Measurements and Experimentation>EXERCISE–1 (C)>Q 14
State the numerical value of the frequency of oscillation of a second's pendulum. Does it depend on the amplitude of oscillation?