A jeep runs around a curve of radius `0.3` km at a constant speed of `60ms^(-1)`. The jeed covers a curve of `60^(@)` arc

A jeep runs around a curve of radius 0.3 km at a constant speed of 60ms^(-1) . The jeep covers a curve of 60^(@) arc

If an automobile moves round a curve of radius 300 m at constant speed of 60 m//s , then the change of velocity round a curve of 60^(@) will be

A car runs around a curve of radius 10m at a constant speed of 10ms^(-1) . Consider the time interval for which car covers a curve of 120^(@) are:-

A car runs around a curve of radius 10m at a constant speed of 10ms^(-1) . Consider the time interval for which car covers a curve of 120^(@) are:-

A car runs around a curve of radius 10m at a constant speed of 10ms^(-1) . Consider the time interval for which car covers a curve of 120^(@) are:-

A jeep travels 90 km in 3hrs at a constant speed. In how many hours will the jeep covers 150km?

A Jeep travels 50 kms in 3 hours at a constant speed. In how may hours will the jeep cover 150 kms?

A boy is running on a circular path of radius r at the constant speed 20 ms^(-1), then he is said to perform motion .......... (with constant velocity, with acceleration, with constant acceleration)