If a body of mass 1 kg moves under the action of forces and , what is its acceleration?
A body of mass 3 units was moving under the action of two coplanar forces and such that and , where and are two perpendicular unit vectors. Given that the acceleration of the body is , find the values of the constants and .
A particle of mass kg is moving under the action of two forces: and , where and are two perpendicular unit vectors. Find the acceleration of the particle and its magnitude in meters per second squared.
If the forces N and acting on a body of mass 6 kg, cause an acceleration , what are the values of , , and ?
Given that the motion of a body of mass 2 kg is represented by the relation , where is a constant unit vector, is measured in meters, and is measured in seconds, determine the magnitude of the force acting on the body.