A weight can be hung in any of the following four ways by string of same type. In which case is the string most likely to break ?

Which in the following is a stringed Instrument ?

The tension at any point of the string AB will be same if

The tension at any point of the string AB will be same if

If, in Exercise 5.21, the speed of the stone is increased beyond the maximum permissible value, and the string breaks suddenly, which of the following correctly describes the trajectory of the stone after the string breaks :- the stone flies off tangentially from the instant the string breaks.

A rectangular frame is to be suspended symmetrically by two strings of equal length on two supports as shown in figure. It can be done in one of the following three ways, The tension in the strings will be

If, in Exercise 5.21, the speed of the stone is increased beyond the maximum permissible value, and the string breaks suddenly, which of the following correctly describes the trajectory of the stone after the string breaks :- the stone moves radially outwards.

If a string of a rotating stone breaks, in which direction will the stone move?

A particle of mass m is revolving in a horizontal circle on a smooth table by an in extensible massless string if the initial speed of the particle is V_(0) and the particle has tangential acceleration of constant magnitude a, If the breaking strength of the string is equal to weight of the stone. The time after which the string will break

One type of steel has density 7800 kg//m^(3) and will break if the tensile stress exceeds 7.0 xx 10^(8) N//m^(2) . You want to make a guitar string using 4.0 g of this type of steel. While in use, the guitar string must be able to withstand a tension of 900 N without breaking. (a) Determine the maximum length and minimum radius the string can have. (b) Determine the highest possible fundamental frequency of standing waves on this string, if the entire length of the string is free to vibrate.