Can there be displacement of an object in the absence of any force acting on it?

Answer 1

Nope. Although the object itself has it's own internal forces acting on itself. Well, that is, if you believe in Superstring theory. But if you are eliminating the Gravitational force, the Strong atomic force, the Weak atomic force as well as the Electromagnetic force, then you are taking away the very building blocks of matter. Then you have nothing, or perhaps complete entropy.

Answer 2

Yes : if an object Has a given speed and no forces are acting on it ,this object moves with the same speed as long as there is no forces acting on it. If you wont stop it, you must break and use a force

Answer 3

of course. that's the full beginning factor of all of the paintings by skill of Galileo and Newton: An merchandise in action remains in consistent uniform action until an exterior tension acts on it, and relentless uniform action is easily going to furnish you displacement.

Answer 4

It is one of the basic laws.
Without any forces an object will be at rest or moving along a straight path at constant speed (no acceleration).

Answer 5

Yes there can be displacement in the absence of any force.

It is Newton's first law of motion.

Every object continues to be in its state of uniform motion till a force acts on it.

Use the equation to find the displacement.

S= ut + 0.5 a t^2

When force is zero; acceleration is zero .

Then S = ut.

If u is also equal to zero then only S =0.

Other wise S will vary with time.

Answer 6

I would guess no in the content of your question but gravity is always out there and everything is affected by gravity in time.
Layman's Answer.