If the direction and magnitude of the applied forces changes, its effect also changes.
Hence, the statement is true.
Observation 1: Try to stop a ball coming towards you,so as to save a boundary, by applying a force of some magnitude in the opposite direction of the motion of ball.
Observation 2: In this case apply the force of same magnitude but in same direction of the motion of the ball.
In observation 1 boy saves a boundary by applying a force opposite to the direction of motion but in observation 2, the change in direction of force cost the team 4 runs as the change in direction of force pushed the ball further to the boundary.
So, the change in effect of a force can be experienced by a change in it's direction as well as magnitude. The above statement is :-
if a force is applied perpendicular to direction of force it changes only the direction of the moving body ?is it true?why?
Observation 1: Try to stop a ball coming towards you, so as to save a boundary, by applying a force of some magnitude in the opposite direction of the motion of the ball. Observation 2: In this case apply the force of the same magnitude but in the same direction of the motion of the ball. In observation 1, the boy saves a boundary by applying a force opposite to the direction of motion, but in observation 2, the change in direction of force cost the team 4 runs as the change in direction of force pushed the ball further to the boundary. So, the change in the effect of a force can be experienced by a change in its direction as well as magnitude. The above statement is:-
what is the thing that changes its direction,shape,and speed on single force that is applied?
Which of the following statements is/are true? 1. Forces in the same direction add up. 2. Two forces in opposite directions resulting in net force, equal to their difference, in the direction of the larger force. 3. Change in either direction or magnitude of a force changes its effect. 4. When more than one force is acting on an object, the effect on the object is due to the net force acting on it.