In Melde's experiment, when a tuning fork vibrates in parallel mode, 4 loops are formed along the string of length L and under a tension T . The tuning fork is allowed to vibrate in perpendicular mode, without changing any other thing, then the number of loops formed on the string will be

In Melde's experiment , when the tuning fork is set in parallel position, the frequency of the string (n) and the frequency of the tuning fork (N) are related as

In Melde's experiment, the tuning fork was arranged in parallel position and the vibrating length of string was 0.8m. Upon setting the tuning fork into vibration, four loops were formed along the string. If the linear density of the string is 0.5 mg/cm and the frequency of the tuning fork is 96Hz, then tension in the string will be

In Melde's experiment , a string vibrates in 3 loops when 8 grams were placed in the pan.What mass must be placed in the pan to make the string vibrate in 5 loops ?

In Melde's experiment the srting vibrates in 4 loops when a 50 g weight is placed on the pan of weight 15 g.How much weight must be added or removed to make the string vibrate in 6 loops ?

In melde's experiment, when tension in the string is 100gm wt and the tuning fork vibrates transversely , then the number of loops are 4. then the string in turned through 90^@ , so that is vibrates longitudinally. What is the extra tension required to form one loop in the string ?

Transverse position in melde's experiment is changed to parallel position , if length of string remaining the same and tension is made half. If in perpendicular position 4 loops are formed, then the number of loops formed in parallel position

In Melde's experiment, the string vibrates in 4 loops when a 50 gram weight is placed in the pan of weight 15 gram . To make the string to vibrates in 6 loops the weight that has to be removed from the pan 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