A motor boat is to reach at point `30^(@)` upsteam (w.rt. Normal) on other side of a river flowing with velocity `5m//s`. Velocity of motorboat w.r.t. water is `5sqrt(3) m//s`. The driver should steer the baot at an angular

A motor boat is to reach to a point 30^(@) upstream on other side of a river flowing with velocity 5 m//s .Velocity of motor boat with respect to water is 5sqrt3m//sec .The driver should steer the boat at an angle of

A motor boat is to reach at a point 30^@ upstream on the outer side of a river flowing with velocity 5 ms^(-1) . The velocity of motor boat with respect to water is 5(sqrt3) ms^(-1) . The driver should steer the boat at an angle.

A motor boat is to reach at a point 30^@ upstream on the outer side of a river flowing with velocity 5 ms^(-1) . The velocity of motor boat with respect to water is 5(sqrt3) ms^(-1) . The driver should steer the boat at an angle.

A motor boat is to reach at a point 30^@ upstream on the outer side of a river flowing with velocity 5 ms^(-1) . The velocity of motor boat with respect to water is 5(sqrt3) ms^(-1) . The driver should steer the boat at an angle.

A motor boat is to reach at a point 30^@ upstream on other side of the river flowing with velocity 5m//s The velocity of motor boat with respect to water is 5sqrt3 m//s . At what angle the driver should steer the boat ?

Consider a point object moving towards a stationary plane mirror with velocity 5m // s. Find velocity of image w.r.t object

A river is flowing towards with a velocity of 5 m s^-1 . The boat velocity is 10 ms^-1 . The boat crosses the river by shortest path. Hence,

A river is flowing towards with a velocity of 5 m s^-1 . The boat velocity is 10 ms^-1 . The boat crosses the river by shortest path. Hence,

A river is flowing towards with a velocity of 5 m s^-1 . The boat velocity is 10 ms^-1 . The boat crosses the river by shortest path. Hence,