In Melde's experiment , 4 loops were formed when the string was streteched by a weight of 8 gram. What weight should be used to double the number of loops without distrubing the set up ?

In Melde's experiment, 6 loops were formed, when the string was stretched by a weight of 6 grams. What weight should be used to produce 3 loops, without changing the experimental set up ?

In Melde's experiment, 3 loops are obtained when the string is stretched by a mass of 6 gm. In order to get 2 loops without changing the position of the fork, the weight to be added (in gm) will be (g=10 m//s^(2) )

In Melde's experiment, 3 loops are obtained when the string is stretched by a mass of 6 gm. In order to get 2 loops without changing the position of the fork, the weight to be added (in gm) will be (g=10 m//s^(2) )

In melde's experiment , 3 loops are formed of by putting a weight of 8gm in a massless pan. Then the weight required to form two loops is

In Melde's experiment, 8 loops are formed with a tension of a 0.75 N . If the tension is increased to four times then the number of loops produced will be -

In Melde's exprtiment, the string vibrates in 4 loops when a weight of 50 gram is placed in the pan of weight 13 gram. How much weiight should be removed from the pan, to make the string vibrate in 6 loops ?

In melde's experiment, the tuning fork was arranged in parallel position and the string was stretched by a weight of 4xx10^(-3) kg and mass per unit length of the string is 9.8xx10^(-5) kg//m . If 4 loops were formed on a length 80cm of the string, then the frequency of the fork will be

In Melde's experiment , when a string is stretched by a piece of glass it vibrates with 7 loops . When the glass piece is completely immersed in water the string vibrates in 9 loops . What is the specific gravity of glass ?