Figure shows two snapshots of medium particle within a time interval of `1/60` s. find the possible time periods of the wave

Figure. shows two snapshots of medium particle supporting a plane progressive wave travelling along positive x- axos, corresponding to instants t=0.002 s and t=0.008 s , respectively shown by curves numbered 1 and 2 . Assume that the interval between the two snapshots is less than the time period. Velocity of the wave is

Figure .shows two snapshots of medium particle supporting a plane progressive wave travelling along positive x-axos, corresponding to instants t=0.002 s and t=0.008 s , respectively shown by curves numbered 1 and 2 . Assume that the interval between the two snapshots is less than the time period.The frequency of the wave

Figure. shows two snapshots of medium particle supporting a plane progressive wave travelling along positive x- axos, corresponding to instants t=0.002 s and t=0.008 s , respectively shown by curves numbered 1 and 2 . Assume that the interval between the two snapshots is less than the time period. Velocity of the wave is

Figure .shows two snapshots of medium particle supporting a plane progressive wave travelling along positive x-axos, corresponding to instants t=0.002 s and t=0.008 s , respectively shown by curves numbered 1 and 2 . Assume that the interval between the two snapshots is less than the time period. The frequency of the wave

The figure shows the snapshot of a sound wave in a certain medium at a certain instant. What is the amplitude of the wave?

In a transverse wave, the time interval between 1st crest and 11th crest is 50s, then the time period of the wave is _____

The figure shows the snapshot of a sound wave in a certain medium at a certain instant. If the velocity of the wave is 4 "ms"^(-1) , calculate the wavelength of the wave if its frequency is 20 Hz.

Figure shows x-t graph of a particle. Find the Time T such that the average velocity of the particle during the period 0 to T is Zero.

Figure shows x-t graph of a particle. Find the Time T such that the average velocity of the particle during the period 0 to T is Zero.