When the body is moving with uniform velocity then the body does not possess?

If the body is in uniform motion or we can say moving with uniform velocity, then the net external force on the body is zero.

Is it possible that a body keeps on moving with uniform velocity?

No, as the velocity of the body is constant.

When a body is moving with uniform velocity Its acceleration will be?

If a body is moving with uniform velocity in a given direction its acceleration will be zero.

When a body moves with uniform velocity the net force acting on it is?

If a body moves with uniform velocity , the acceleration of body is zero . ∴ net force acting on body is zero .

Is it possible that a body keeps on moving with uniform velocity with If yes give reason also name scientist who explained this statement?

if yes give reason also name the scientist who explained this statement. it is possible that a body is moving with uniform velocity when no force is acting on the body after attaining a certain velocity in one direction. the scientist who explained this statement was Galileo Galilei.

When a body moves in uniform motion unbalanced force acts on it True False?

False. For a body to be moving in uniform motion, net force acting on it will be zero. If there existed a force, motion would depend on the force thereby making it non uniform.

When a body travels at uniform velocity its momentum changes by?

when a body travels at uniform velocity,its momentum changes by 0 kg m/s.

When a body moves with uniform velocity the net force acting it?

When an unbalanced forces act on a body the body must move with uniform velocity must remain at rest must experience acceleration must move in a curved path?

Answer: The Second Law of Motion states that if an unbalanced force acts on a body, that body will experience acceleration ( or deceleration), that is, a change of speed. One can say that a body at rest is considered to have zero speed, ( a constant speed).

When an object is moving with uniform velocity there is no force?

If an object is moving with uniform (ie constant) velocity then by Newton’s law (F=ma) there is no net force on the object. (That’s not saying there are no forces on the object; however, all the forces on the object must cancel – add to zero) 25 insanely cool gadgets selling out quickly in 2021.

What is the net force acting on a body with constant velocity?

If a body is moving with constant velocity , acceleration is zero. So net force acting on it will be also zero.

Can a moving body change its own direction of motion?

When it does, it exerts an acceleration on the other body — described by the quantity, force, which is the mass of the body multiplied by its acceleration. The moving body can change its own direction of motion and/or its velocity, but only under the influence of another force that acts against it.

When the net force of the body is zero?

When the net force of the body is equal to zero, it implies that the body cannot be accelerated. This follows from Newton’s second law of motion. When F = 0, m × a should also be zero since F = m × a.