1 |
Smaller the damping, the resonance will be |
more flat
more sharp
both of them
none of them
|
2 |
Smaller the damping, greater will be the |
frequency
wavelength
amplitude
none of them
|
3 |
The damping depends upon the |
amplitude
sharpness
both of them
none of them
|
4 |
The resonance will be sharp, if the amplitude decreases rapidly at a frequency |
equal to the resonant frequency
slight different from the resonant frequency
greatly different from the resonant frequency
any one of them
|
5 |
In the resonance condition, the amplitude of the oscillator becomes |
very large
very small
zero
any one of them
|
6 |
Shock absorber of the car is an example of |
resonance
forced oscillations
interference
damped oscillations
|
7 |
The process in which energy is dissipated from the oscillating system is known as |
resonance
interference
diffraction
damping
|
8 |
As the bob of the pendulum moves to and fro which of the force is experienced by the bob |
its weight
tension in the string
viscous drag force by air
all of them
|
9 |
While describing the motion of a simple pendulum, the frictional effects are |
taken into account
completely ignored
partially ignored
none of them
|
10 |
Such oscillations in which the amplitude decreases steadily with time, are called |
resonance
force oscillations
large oscillations
damped oscillations
|
11 |
The waves produced in a microwave oven have wavelength. |
12 mm
12 cm
12 m
12 mm
|
12 |
The waves produced in a microwave oven have frequency |
2450 Hz
2450 K Hz
2450 M Hz
2450 G Hz
|
13 |
A swing has |
one natural frequency
two natural frequencies
three natural frequencies
four natural frequencies
|
14 |
Which one of the following is an example of resonance |
swing
tuning a radio
microwave oven
all of them
|
15 |
Resonance occurs when one of the natural frequencies of vibration of the forced or driven harmonic oscillator |
greater than the frequency of applied force
equal to the frequency of applied force
less than the frequency of applied force
all of them
|