the displacement versus time relation for a disturbance travelling with velocity of `1500 m//s`. Calculate the wavelength of the disturbance.
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the displacement veres time relation for a disturbance travelling with a velocity of 1500 m//s . Calcuate the : (i) time period (ii) frequency (iii) wavelength of the disturbance. .

The given graph shows the displacement versus time relation for a sound wave travelling with velocity of 1500 m s^(-1) . Find the wavelength of the sound wave.

Oscillatory disturbance travelling through the medium is

Vomiting is related to disturbance in

Vomiting is related to disturbance in

Vomiting is related to disturbance in

A sound wave of amplitude 0.2 m and frequency 500 Hz is travelling with a velocity 200 m//s . Calculate the displacement of a particle at a distance of 4 m after 3 s.

A motorboat starts from rest and moves with uniform acceleration, if it attains the velocity of 15 m//s in 5s, calculate the acceleration and the distance travelled in that time.

(a) Define the terms frequency wavelength and velocity of a sound wave. What is the relation between them? (b) A body vibrating with a time-period of (1)/(26)s produces a sound wave which travels in air with a velocity of 350 m//s . Calculate the wavelength.