A particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motion
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Explanation:
A particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motionA particle slides back and forth between two inclined frictionless planes joined smoothly at the bottom. The time period of the motion
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11th
Physics
Oscillations
Oscillations Due to Spring
If a particle slides back a...
PHYSICS
If a particle slides back and forth between two smooth planes as shown in the figure, then the correct statement is/are:
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THIS QUESTION HAS MULTIPLE CORRECT OPTIONS
MEDIUM
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ANSWER
By equation of motion
d=ut+
2
1
at
2
sinθ
h
=(0)t+
2
1
(g sinθ)t
2
t=
g sin
2
θ
2h
=
sinθ
1
g
2h
So, this much time is taken to reach at bottom from h height so, time period will be 4t=
sinθ
4
g
2h
So, its is an oscillatory motion with time period
sinθ
4
g
2h
.
It is not SHM because force is not proportional to displacement, it is constant of magnitude mg sinθ