For an oscillating pendulum of fixed length, which of the following is true?
a. Frequency depends on amplitude of oscillation.
b. Frequency and time period are not related.
c. Time period depends on amplitude of oscillation.
d. Frequency and time period do not depend on amplitude of oscillation.
Answers
Answered by
25
d. Frequency and time period are independent of Amplitude of the oscillation of a simple pendulum as given by the derived equation of a simple pendulum for it's time period
Time period = 2π*√l/g
where l = length of the pendulum and g is the acceleration due to gravity.
and since Frequency = 1/Time period even frequency is independent of the amplitude.
Hence D) statement is absolutely correct .
Time period = 2π*√l/g
where l = length of the pendulum and g is the acceleration due to gravity.
and since Frequency = 1/Time period even frequency is independent of the amplitude.
Hence D) statement is absolutely correct .
hansikamehra2212:
Actually I'm in 8th standard so I didn't understand that equation. But thank you so much for giving me the correct answer.
yep no problem ^_^
Answered by
12
d. Frequency and time period do not depend on amplitude of oscillation.
IT IS THE RIGHT ANSWER
IT IS THE RIGHT ANSWER
Thanks for the answers
*answer
ok
today i read this in coaching
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