Two light strings of length `4cm` and `3 cm` are tied to a bob of weight `500 gm`.The free ends of the strings are tied to pegs in the same horizontal line and separated by `5 cm`.The ratio of tension in the longer string to that in the shortest string is

Two light strings of length 4 cm and 3 cm are tied to a bob of weight 500 gm. The free ends of the strings are tied to pegs in the same horizontal line and separated by 5 cm. The ratio of tension in the longer string to that in the shorter string is

Two light strings of length 4 cm and 3 cm are tied to a bob of weight 500 gm. The free ends of the strings are tied to pegs in the same horizontal line and separated by 5 cm. The ratio of tension in the longer string to that in the shorter string is

A body of mass 13 kg is suspended by two strings of length 5 cm and 12 cm . The other ends of the strings are tied to two pegs 13 cm apart along a horizontal line . The tensions in the strings are

A heavy particle of mass 2kg is tied to two strings, each of length 25 cm and they are tied to two points 30 cm apart on the same vertical line. The particle is whirled in a horizontal plane with a speed of 1.8 ms^(-1) . Calculate the ratio of the tensions of the two strings.

If a bodyof mass 1000 gm is tied to free end of string of length 100 cm and whirled in a horizontal circle in a second, then the tecsion in the string will be

A 100 g weight is tied at the end of a string and whirled around in horizontal circle of radius 15 cm at the rate of 3 revolutions per second. What is the tension in the string?