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Time Period Independent of Amplitude

A body is exe...

Question

A body is executing SHM with amplitude a and time period T. The ratio of KE and PE when displacement from the equilibrium position is half the amplitude

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Q. The amplitude of a particle executing SHM with time period T, when the KE and PE are equal are given by

Q. Find the velocity when

K E = P E

of the body undergoing SHM,

Amplitude = x_{0}

and angular frequency is

ω

. How many times in a cycle

K E = P E

Q. A particle executing SHM of amplitude cm and T=4 s, the time taken by it to move from positive extreme position to half the amplitude is

Q. Find the velocity when

K E = P E

of a body undergoing SHM. Given, amplitude

= x_{0}

and angular frequency is

ω

. Also, how many times in a cycle is

K E = P E

Q. At what displacement is the

K E

of a particle performing

S H M

10 c m

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Time Period Independent of Amplitude

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