Which of the following quantity connected with SHM do not vary periodically?

The distance between two consecutive antinodes is 0.5m. The distance travelled by the wave in half the time period is

A particle is executing S.H.M, then the graph of acceleration as a function of displacement is

The phase difference between the particles vibrating at two consecutive nodes is:

The frequency of an open organ pipe is "n". If one end is closed, then its fundamental frequency will be:

The ratio of frequencies in a stretched string is:

The third harmonic in an open organ pipe is known as

On decreasing the temperature, the frequency of an organ pipe becomes

In a stationary wave the distance between consecutive antinodes is 25 cm. If the wave velocity is 300 ms^–1, then the frequency of wave will be

A sitar wire vibrates with frequency of 330 vibrations per second. If its length is increased three times and tension is increased four times, then the frequency of the wire will be

When a wave goes from one medium to another, there is a change in the

The length of a string is 1m, tension in it is 40N and mass of the string is 0.1 kg. Then the velocity of transverse waves produced in the string will be:

A tube closed at one end and containing air produce fundamental note of frequency of 256 Hz. If the tube is open at both ends, the fundamental frequency will be:

In strings, the position of antinodes are obtained at

When both source and listener move in the same direction with a velocity equal to half the velocity of sound, the change in frequency of the sound as detected by the listener is:

Which type of wave is produced in a resonance tube?

Radio waves of wavelength λ are sent from RADAR towards an aeroplane. If the aeroplane is moving towards the RADAR station, the wavelength of the radio waves received after reflection from the aeroplane will be

For S.H.M. executed by a particle, the graph between velocity and time is given by

A particle executing S.H.M with time period of 2 sec and amplitude 5 cm. The maximum magnitude of the velocity is

The distance between two consecutive in phase point on S.H.M wave is

The displacement of a body performing S.H.M is x = 0.25 (π/8) t, the amplitude of motion will be

The error in the value of speed of sound calculated by Newton at S.T.P is about

The displacement of particle in S.H.M. in one time period, if its amplitude of its motion is “A” will

be

Which of the following is mechanical wave

The time taken by the particle to travel between a trough and crest in a transverse wave is

Velocity of sound is measured in hydrogen and oxygen gases at a given temperature. The ratio of two velocities will be [V_H / V_O]

Newton assumed that sound propagation in a gas takes place under

Sound waves are traveling in a medium whose adiabatic elasticity is E and isothermal elasticity E^'. The velocity of sound wave is proportional to

The product of angular frequency (ω) and time period T will be

The displacement-time graph of a particle executing S.H.M. is shown. Which of the following statement (s) is/are true?

A system can vibrate only if it has

At t=0 a body performing SHM is at mean position; when t=T/4 it will be

A source of sound wave emits wave of frequency f. If ‘v’ is speed of sound waves. Then what will be the wavelength of the wave

The equation of displacement of a body executing SHM is x=x_oCosωt , What is its initial Phase

A source of sound is moving towards a stationary observer with 1/10 of the speed of sound. The ratio of apparent to actual frequency of sound is

The graph shows the shape at a particular instant of part of a transverse wave traveling along a string

Which statement about the motion of points in the string is correct?