The potential energy U of a particle is given by equation U = (2.5x2 + 20) joule. The mass of the particle is 0.2 kg, then The mean position of particle executing SHM is x = 2 m The time period of oscillation is 2.5 second Angular frequency of oscillation is 5 rads-1 Time period of oscillations is 5 second

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10:24 O. M Shop
O O G ll 87% i
AIATS For Two Year Medic.
A
4 /180
(02:59
hr min
Mark for Review
The potential energy U of a particle is given by equation U
= (2.5x2 + 20) joule. The mass of the particle is 0.2 kg,
then
The mean position of particle executing SHM is
X = 2 m
The time period of oscillation is 2.5 second
Angular frequency of oscillation is 5 rads-1
Time period of oscillations is 5 second
Clear Response
II
III
Transcribed Image Text:10:24 O. M Shop O O G ll 87% i AIATS For Two Year Medic. A 4 /180 (02:59 hr min Mark for Review The potential energy U of a particle is given by equation U = (2.5x2 + 20) joule. The mass of the particle is 0.2 kg, then The mean position of particle executing SHM is X = 2 m The time period of oscillation is 2.5 second Angular frequency of oscillation is 5 rads-1 Time period of oscillations is 5 second Clear Response II III
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