The velocity of an object at t =0 is ` vecv_(0) =- 4 hatj ` m/s . It moves in plane with constant acceleration ` veca = ( 3hati + 8 hatj) m//s^(2)`. What is its velocity after 1 s?

The initial velocity of an object is vecu = 5hati + 10hatj m//s . Its constant acceleration is veca = 2hati+ 3 hatj m//s^2 . Determine the velocity and the displacement after 5 s.

A body starts with a velocity (2hati + 3hatj + 11hatk) m/s and moves with an acceleration (5hati + 5hatj - 5hatk) m//s^(2) . What is its velocity after 0.2 sec ?

A body starts with a velocity (2hati + 3hatj + 11hatk) m/s and moves with an acceleration (5hati + 5hatj - 5hatk) m//s^(2) . What is its velocity after 0.2 sec ?

A body starts with a velocity 2 hati +3hatj +11 hatk m/s and moves with an acceleration 10 hati +10 hatj +10 hatk m//s^2 . What is its velocity after 0.2 seconds ?

A body starts with a velocity 2 hati +3hatj +11 hatk m/s and moves with an acceleration 10 hati +10 hatj +10 hatk m//s^2 . What is its velocity after 0.2 seconds ?

A particle starts from the origin at t=Os with a velocity of 10.0 hatj m//s and moves in the xy -plane with a constant acceleration of (8hati+2hatj)m//s^(-2) . What time is the x -coordinate of the particle 16m ?

A particle starts from the origin at t=Os with a velocity of 10.0 hatj m//s and moves in the xy -plane with a constant acceleration of (8hati+2hatj)m//s^(-2) . What time is the x -coordinate of the particle 16m ?

The initial position of an object at rest is given by 3 hati - 8 hatj . It moves with constant acceleration and reaches to the position 2 hati +4hatj after 4s. What is its acceleration ?

The initial position of an object at rest is given by 3 hati - 8 hatj . It moves with constant acceleration and reaches to the position 2 hati +4hatj after 4s. What is its acceleration ?