Seeta is moving due east with a velocity of `V_(1) m//s` and geets iss moving due west with velocity of `V_(2) m//s`. The velocity of Seeta with respect to Geeta is

Anoop is moving due east with a velocity of 1 m//s and Dhyani is moving due west with a velocity of 2 m//s. what is the velocity of Anoop with respect to Dhyani?

Anoop is moving due east with a velocity of 1 m//s and Dhyani is moving due west with a velocity of 2 m//s. what is the velocity of Anoop with respect to Dhyani?

Out of the two cars A and B car A is moving towards east with velocity of 10 m/s whereas B is moving towards north with a velocity 20 m/s, then velocity of A w.r.t B is ( nearly )

Out of the two cars A and B car A is moving towards east with velocity of 10 m/s whereas B is moving towards north with a velocity 20 m/s, then velocity of A w.r.t B is ( nearly )

Rain is falling vertically downward with velocity 4m//s. A man is moving horizontally with velocity 3 m//s , the velocity of rain with respect to man is

Rain is falling vertically downward with velocity 4m//s. A man is moving horizontally with velocity 3 m//s , the velocity of rain with respect to man is

L_(1) metre train is moving with a velocity of v_(1) m/s and another L_(2) metre train is moving with a velocity of v_(2) m/s in opposite direction. Find out The time taken by two train to cross each other

The rain is falling vertically downward with velocity 6m//s and a man is moving horizontally with velocity 8m//s . Find the velocity of rain with respect to the man.

Afrala moves due east with a velocity 20 m/s and a car moves due north with a velocity v_(2)=15m//sec . Find the velocity of the car as observed by a passenger sitting in the train

A particle starts moving due east with a velocity V_(1) = 5 m/sec. for 10 sec, turns to north and moves with a velocity V_(2) = 10 m/sec. for 5 sec. Find the average velocity of the particle during 15 sec. from starting.