distinguish between force and momentum
Answers
Answer:
Answer:Force Momentum
Answer:Force MomentumThe direction depends on acceleration The direction depends upon the direction of the velocity
Answer:Force MomentumThe direction depends on acceleration The direction depends upon the direction of the velocityThe increase in time decreases the amount of force provided the momentum is constant The increase in time results in an increase in momentum
Answer:Force MomentumThe direction depends on acceleration The direction depends upon the direction of the velocityThe increase in time decreases the amount of force provided the momentum is constant The increase in time results in an increase in momentumA force exists for a stationary object The momentum is zero for a stationary object
Answer:Force MomentumThe direction depends on acceleration The direction depends upon the direction of the velocityThe increase in time decreases the amount of force provided the momentum is constant The increase in time results in an increase in momentumA force exists for a stationary object The momentum is zero for a stationary objectForce can be a result of actually touching between objects and without physical contact also Momentum is the result of an unbalanced force acting on a body
Answer:Force MomentumThe direction depends on acceleration The direction depends upon the direction of the velocityThe increase in time decreases the amount of force provided the momentum is constant The increase in time results in an increase in momentumA force exists for a stationary object The momentum is zero for a stationary objectForce can be a result of actually touching between objects and without physical contact also Momentum is the result of an unbalanced force acting on a bodyForce= mass* acceleration Momentum= mass*velocity