A book setting on the table. The force of gravity is balanced by the equal and opposite force of the table holding the bookk. No acceleration of the book due to those forces.
Presumably, the forces are in opposite directions. In that case, the total force is zero, and there will be no acceleration.
There is no reason it should be the same.Acceleration is the rate of change in velocity.To change acceleration a force is required and the change of acceleration depends on the force applied and the mass of the object on which the force is acting.
They are called COUPLE.if forces on an object are equal and opposite...
No. If 2 equal forces are acting on an object in opposite directions it will not accelerate. 10N ->(OBJECT)<-10N = No acceleration. 10N <-(OBJECT)->10N = No acceleration.
Yes because the two groups is exerting and opposite forces
They can't. The vector sum of equal and opposite forces is zero, and they can't produce any acceleration at all.
acceleration
equal and opposite
No. To have an acceleration, you need a non-zero NET FORCE. That is, the sum of all objects acting on the box must not be equal to zero.
an equal force applied at a vector opposite the force in question.
No, they will produce same acceleration because mass of the body is same in both the cases,,
Forces are not always equal and opposite. This question needs to be rewritten.
Presumably, the forces are in opposite directions. In that case, the total force is zero, and there will be no acceleration.
There is no reason it should be the same.Acceleration is the rate of change in velocity.To change acceleration a force is required and the change of acceleration depends on the force applied and the mass of the object on which the force is acting.
Equal means the forces are of equal magnitude. And they act exactly in opposite directions. Then certainly the resultant effect will be zero. So we say that the forces are set in balanced condition. Hence balanced.
They are called COUPLE.if forces on an object are equal and opposite...
The acceleration is zero, since the net force (or total force) is zero: the acceleration on one side cancels out the acceleration on the other. Imagine pushing your hands together. Equal and opposite forces cancel out, and your hands remain in the middle.