A 1 kg mass executes SHM with an amplitude 10 cm- it takes 2- seconds to go from one end to the other end- The magnitude of the force acting on it at any end is -

The correct option is A 0.1 NAs #160; w #160; = 2πT = 1 rad/sec ; #160; #160;Amplitude #160; A #160; = 0.1 m magnitude of #160; force ...

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Standard XII

Physics

Springs

A 1 kg mass e...

Question

A 1 kg mass executes SHM with an amplitude 10 cm, it takes $2 π$ seconds to go from one end to the other end. The magnitude of the force acting on it at any end is :

0.1 N

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0.2 N

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0.5 N

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0.05 N

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Solution

The correct option is A 0.1 N
As $w = \frac{2 π}{T} = 1 r a d / s e c$ ; Amplitude $A = 0.1 m$
magnitude of force $= m \times w^{2} . A$
$= 0.1 N$

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A 1 kg mass executes SHM with an amplitude 10 cm, it takes 2π seconds to go from one end to the other end. The magnitude of the force acting on it at any end is :

The correct option is A 0.1 NAs w=2πT=1 rad/sec ; Amplitude A=0.1mmagnitude of force =m×w2.A =0.1N

A 1 kg mass executes SHM with an amplitude 10 cm, it takes $2 π$ seconds to go from one end to the other end. The magnitude of the force acting on it at any end is :

The correct option is A 0.1 N
As $w = \frac{2 π}{T} = 1 r a d / s e c$ ; Amplitude $A = 0.1 m$
magnitude of force $= m \times w^{2} . A$
$= 0.1 N$