If there are six loops for 1m length in transverse mode of Melde's experiment, the number of loops in longitudinal mode under the indentical conditions would be

If there are six loops for 1 m length in transverse mode of melde's experiment, then the number of loops in longitudinal mode under identical conditions would be

The number of loops in parallel position in melde's experiment in equal to

The number of loops in perpendicular position in melde's experiment in equal to

What is the ratio of the number of loops in a Meldes' string, when the string vibrates in longitudinal mode and transverse mode.

In Melde's experiment, if the length of the string and the tension are kept constant, then the number of loops in perpendicular position is

In Melde's experiment, if the length of the string and the tension are kept constant, then the number of loops in perpendicular position is

In Melde’s experiment in the transverse mode, the frequency of the tuning fork and the frequency of the waves in the strings are in the ratio

In Melde's experiment, frequency of fork N and the length of the thread are kept constant. Then the relation between the number of loops p and the tension in the thread T is given by