Transverse waves are produced in a stretched wire. Both ends of the string are fixed. Let us compare between second overtone mode (in numerator) and fifth harmonic, mode (in denominator).
match the following column-I with column-II

A string fixed at both ends first oscillates in its fundamental mode then in second harmonic mode.Then match the following.

A string fixed at both ends first oscillates in its fundamental mode then in second harmonic mode.Then match the following.

A transverse wave is produced on a stretched string 0.9 m long and fixed at its ends. Find the speed of the transverse wave, when the string vibrates while emitting second overtone of frequency 324 Hz.

A transverse wave is produced on a stretched string 0.7 m long and fixed at its ends. Find speed of transverse wave , when it vibrates in emitting the second overtone of frequency 300Hz .

In Column-I, system surroundings and in Column - II modes of heat transfer are given below. Match the followings :

Stationary wave of frequency 5 K Hz is produced in a tube open at both ends and filled with air at 300 K . The tube is oscillating in its first overtone mode. (a) Find the length of the tube assuming that air contains only nitrogen and oxygen in molar ratio of 3 : 1 . (b) What shall be the frequency of sound wave used so that the same tube oscillates in its second overtone mode?

A wire is stretched and fixed at two ends. Transverse stationary waves are formed in it. It oscillates in its third overtone mode. The equation of stationary wave is y= A sin kx cos omegat Choose the correct options.