A stone is dropped in a 44.1 m deep well. If the sound produced by striking of stone with the water surface is heard after 4.13 s then find the velocity of wave in air.

A stone is dropped into a well 44.1 deep. The sound of splash is heard 0 . 13 seconds after the stone hits the water. What should be the velocity of sounds in air .

A stone is dropped into a well and the sound of inpact of stone on the water is heard after 2.056 sec of the release of stone form the top. If acc. Due to gravity is 980 cm//sec^(2) and velocity of sound in air is 350 m//s , calculate the depth of the well.

A stone is dropped into a well 45 m deep. The sound of the splash of the splash is heard 3.13 s after the stone is dropped. Find the speed of sound in air. Take g = 10 m//s^2 .

A stone is dropped into a well. If the depth of water below the top be h and velocity of sound is v then the splash in water is heard after T sec. Then:

A stone is dropped from roof of building takes 5 s to reach the ground. The sound of striking is heard after 5.4 second after the stone is dropped. The velocity of sound is

A stone is dropped into a well. The splash is heard 3.35 s later. What is the depth of the well?

A stone is dropped in a well 107 m deep. If the splash is heard 5 seconds after the stone is dropped, then calculate the speed of sound in air.

A stone is dropped in an 80 m deep well and its splash is heard 4.28 seconds later. Calculate the speed of sound in air.

A stone is dropped into a well and its splash is heard at the mouth of the well after an interval of 1.45 s.Find the depth of the well. Given that velocity of sound in air at room temperature is equal to 332 ms^(-1) .