Physics, asked by vashu12381, 1 year ago

difference between balanced and unbalanced force​

Answers

Answered by annie200355
4

Answer:

Hey mate.....

Here is your ans..

In balanced forces, the magnitude of the two forces is equal, whereas, in the case of unbalanced forces, the magnitude of the two forces are unequal. Balanced forces cause a still object to remain at rest. As against this, the unbalanced forces cause a stationary object to move in the direction of the greater force.

Hope it helps you!!!

Følløw

Answered by ZzyetozWolFF
2

There are two types of forces balanced and unbalanced force. First , let us understand what does balanced and unbalanced force mean.

Balanced Force : When a number of forces acting on same body simultaneously do not bring any change in state of rest or on motion, then these forces are called balanced forces.

Unbalanced Forces: When a number of forces acting simultaneously on a body bring about a change in its state of rest or of motion along a straight line, then these forces are called unbalanced force.

Difference between balanced and unbalanced forces:-

1)

  • balanced force do not change the state of rest of a body.

While,

  • Unbalanced force change the state of rest if a body.

2)

  • Balanced force do not change the state of motion of a body.

While,

  • Unbalanced force bring about the change in the state of motion of a body.

3)

  • Balanced Force can change the shape of the body but not the direction of the moving body.

While,

  • Unbalanced Force force change both shape and direction of motion of the body.

4)

  • In balanced force, resultant of all forces acting on the body is zero.

While,

  • In unbalanced force, the resultant of all force acting upon it could not be zero.

5)

  • Balanced force do not produce any acceleration.

While,

  • In the case of unbalanced force, a body moving with constant velocity gets accelerated or decelerated due to action of unbalanced force.

What you need to know ?

  • There is no actual definition of Force.

  • A push or a pull, which we define as force , is not actually a force , but an effect of force.

  • A force needs both magnitude and direction to specify itself, so it's called vector quantity.

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