The displacement vs time graph for two waves A and B which travel along the same string arre shown in the figure. Their intensity ratio `I_(A)|I_(B)` is

The transversal displacement V_s time graph for two waves A and B which travel along the same string are shown in the figure. Their average intensity ratio I_A//I_B is

The displacement time graph for two sound waves A and B are shown in the figure. Then the ratio of their intensities I_(A)//I_(B) is equal to

The displacement time graph for two sound waves A and B are shown in the figure. Then the ratio of their intensities I_(A)//I_(B) is equal to

The displacement time graph for two sound waves A and B are shown in the figure. Then the ratio of their intensities I_(A)//I_(B) is equal to

The displacement-time graphs for two sound waves A and 5 are shown in the figure-6.98, then the ratio oftheir intensities I_(A)//I_(B) is equal to:

The displacement-time graph for two particles is as shown. Find the ratio of their velocities.

Draw a displacement-distance graph for two waves A and B such that the amplitude of wave A is three times that of wave B.

Displacement - time graphs for two waves, wave - 1 and wave - 2 are shown here. The ratio of the intensity of wave-1 to that of wave - 2 is

Displacement - time graphs for two waves, wave - 1 and wave - 2 are shown here. The ratio of the intensity of wave-1 to that of wave - 2 is