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A mass is attached to a spring of force constant
PHYSICS · Single correct · CBSE · Physics · Oscillations · Oscillations
Problem
A
0.50
kg
0.50\,\text{kg}
0.50
kg
mass is attached to a spring of force constant
k
=
200
N
m
−
1
k=200\,\text{N\,m}^{-1}
k
=
200
N
m
−
1
. At
t
=
0
t=0
t
=
0
the displacement is
0.050
m
0.050\,\text{m}
0.050
m
and the velocity is
0.60
m
s
−
1
0.60\,\text{m\,s}^{-1}
0.60
m
s
−
1
directed away from equilibrium. What is the amplitude of oscillation? (a)
0.050
m
0.050\,\text{m}
0.050
m
(b)
0.080
m
0.080\,\text{m}
0.080
m
(c)
0.030
m
0.030\,\text{m}
0.030
m
(d)
0.058
m
0.058\,\text{m}
0.058
m
Related theory
SHM Kinematics
Simple harmonic motion
Oscillations
Velocity and acceleration in SHM
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