Solve the below given problem:
A weather observer records a \(14-second\) interval between seeing a lightning flash and hearing the corresponding thunder. The speed of sound in air is approximately \(340\ m/s\)
(a) Calculate the distance travelled by the sound during this interval in metres.
(b) Convert the distance into kilometres.
(c) If another lightning flash is followed by thunder after \(27\ seconds\), calculate the corresponding distance and compare it with the first thundercloud..
(a) Calculate the distance travelled by the sound during this interval in metres.
(b) Convert the distance into kilometres.
(c) If another lightning flash is followed by thunder after \(27\ seconds\), calculate the corresponding distance and compare it with the first thundercloud..
(a) Distance of the first thundercloud \(=\) \(m\)
(b) Distance of the first thundercloud in \(km\) \(=\) \(km\)
(c) DIstance of the second thundercloud \(=\) \(km\)
[Note: Enter the answer upto two decimal value]