In all cases acceleration.
A force causes an acceleration. That implies that it will change: * The velocity, and * The momentum.
A forces on an object m creates an acceleration a=f/m and acceleration causes a change in velocity a= dv/dt. This change in velocity can change the speed or direction or both.
A force causes an acceleration. That implies that it will change: * The velocity, and * The momentum.
A force acting on a body causes acceleration. Acceleration is measure of the rate of change in the object's velocity. As its velocity changes, its momentum, which is the product of its mass and velocity, will change.
Pretty much any force that can interfere with its velocity (eg inertia, gravity, push).
Balanced forces that net to zero cause no change in an object motion.
Balanced forces that net to zero cause no change in an object motion.
No. To change an object's velocity, you need an unbalanced force, i.e., the sum of forces must be non-zero.
Forces on a moving object are balanced only when the object is moving at a constant velocity. Remember, acceleration is a force and a constant velocity is equivalent to zero acceleration. Think of a ping pong ball that you drop from a few meters above the ground: After a short acceleration the ball reaches "terminal velocity" when the air resistance balances the gravitational acceleration. After this, the forces on the ball are balanced (although it is moving, the velocity - speed & direction - of the ball is not changing)
acceleration, due to a force the moving body is affected by. SUM[Forces] = mass * acceleration --> change in speed.
Unbalanced forces of any kind (e.g. electrical, magnetic, mechanical, inertial, or collision) will cause a change in velocity, i.e. any of the three effects.
If there are no other forces that counter it, gravity will cause an acceleration - basically it will change an object's velocity.