The value of acceleration due to gravity at a place can be determined using the time period and length of the simple pendulum.

True

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False

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Solution

The correct option is A True

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Similar questions

Q. In an experiment to determine the value of acceleration due to gravity,

g

, using a simple pendulum, the measured value of length of the pendulum is

31.4 c m

known to

1 m m

accuracy and the time period for

100

oscillations of pendulum is

112.0 s

known to

0.01 s

accuracy. The accuracy in determining the value of

g

is :

Q. The acceleration due to gravity at a place can be determined with the help of a simple pendulum. For this purpose effective length of the pendulum is considered. If

^{'} l^{'}

be the length of the string and

^{'} d^{'}

the diameter of the bob then the effective length is equal to:

In the measurement of the acceleration due to gravity using a simple pendulum, the percentage error in the measured value of the length of the pendulum is $2 %$ and that in the time period of oscillation is $1 %$ . The percentage error in the measured value of the acceleration due to gravity is

A students performs an experiment to determine the acceleration due to gravity (g) at a place using a simple pendulum. The length of the pendulum is 60 cm and the total time for 30 oscillations is 100s. What is maximum percentage error for the measurement g ? Given, least count for time $= 0.1 s$ and least count for length $= 0.1 c m$ .

A simple pendulum is taken to a place where the acceleration due to gravity falls to one-fourth. The time period of the pendulum becomes ___ its initial value.

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