the velocity of a particle undergoing SHM is v at mean position . if its amplitude is doubled . the velocity at mean position will be
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The amplitude of simple harmonic oscillation is doubled. How would this affect:
(i) Time period,
(ii) Maximum velocity,
(iii) Acceleration at mean position,
(iv) kinetic energy at mean position
(i) Time period,
(ii) Maximum velocity,
(iii) Acceleration at mean position,
(iv) kinetic energy at mean position
Answered by
16
if the amplitude of oscillation is doubled then kinetic energy at mean position will increases to four times.
and
when amplitude is doubled the maximum velocity will become twice(2v).
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hope it'll help you my dear.
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.
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enemy
and
when amplitude is doubled the maximum velocity will become twice(2v).
.
hope it'll help you my dear.
.
.
.
enemy
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