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Standard XII
Physics
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
of amplitude
10
c
m
is three times its
P
E
?
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Time Period Independent of Amplitude
Standard XII Physics
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