Displacement of the body in S.H.M is equal to amplitude when the body is at
A. Mean position
B. Elsewhere
C. Extreme position
D. None
Displacement of the body in S.H.M is equal to amplitude when the body is at Read More »
A. Mean position
B. Elsewhere
C. Extreme position
D. None
Displacement of the body in S.H.M is equal to amplitude when the body is at Read More »
A. S.H.M
B. Vibratory motion
C. Both B and D
D. None S.H.M
The projection of the particle moving in a circle with non-uniform speed executes ? Read More »
A. Mean position
B. Extreme position
C. Both A and B
D. None
The velocity of the mass attached to a spring is maximum at Read More »
A. Increase
B. Decrease
C. Remains the same
D. Is zero
A. Vibratory motion
B. Rotatory motion
C. S.H.M
D. Both A and C
The mass attached to a spring executes ? Read More »
A. Simple harmonic vibration
B. Natural vibration
C. Driven harmonic vibration
D. Free vibration
Forced vibration is known as Read More »
A. Amplitude of vibration
B. Energy of vibration
C. Both amplitude and energy
D. Neither amplitude nor energy
In damped harmonic oscillation which one decreases ? Read More »
A. P.E is zero
B. Acceleration is zero
C. Restoring force is zero
D. All P.E acceleration and restoring force are zero
When K.E energy of SHM is maximum its Read More »
A. Amplitude
B. Square of the amplitude
C. 2 x amplitude
D. 4 x amplitude
Total distance travelled by a bob of the simple pendulum in one vibration is equal to Read More »
A. Radio
B. Microwave oven
C. Both in radio and microwave oven
D. Neither in radio nor in a microwave oven
Electrical resonance is observed in Read More »