How does an object move when it is not subjected to force What happens to a moving object if it is n

The object will remain in its original state when it is not subjected to force.

If it is in motion at first, the moment of absence of force will move in a straight line at the previous velocity in the last direction of movement.

If it is stationary at first, it will continue to remain stationary.

Force is the factor that changes the state of an object and motion, and if it is not subjected to force, then it remains at rest or in a straight motion. Of course, there is no real stillness of the object, and the truth is that the object is always in motion, depending on its reference. For example, the passenger sitting in the car is stationary relative to the car, and the building on the side of the road is moving.

Also, there is nothing in the universe that is not forced, because gravity, hehe, what you are talking about is just an ideal situation.

Hehe, I hope it helps!

Newton's First Law.

Contents: Any object remains at rest or in a uniform linear motion until it is forced to change this state by the forces of other objects.

Explanation: Objects have a tendency to maintain rest and move in a uniform linear line, so the motion state of the object is determined by its motion speed, and its motion state will not change without external force. This property of an object is called inertia.

So Newton's first law is also known as the law of inertia. The first law also clarifies the concept of force. It is clarified that force is the interaction between objects, and it is pointed out that it is force that changes the motion state of objects.

Because acceleration describes the change in the state of motion of an object, force is related to acceleration, not to velocity. If you don't pay attention to this in your daily life, you will often have a false impression.

Note: Newton's first law does not hold true in all frames of reference, in fact it only holds in inertial frames of reference. Therefore, Newton's first law is often used as a criterion for whether the frame of reference is an inertial frame of reference.

When the object is not affected by external forces, it always maintains its original state, and does a uniform linear motion or stationary!!

When the object is not subjected to force, it keeps moving in a straight line at a uniform speed and the motion is relative, so, there is no rest.

Stationary or uniform linear motion.

Linear motion at rest or at uniform speed, this is Newton's first law

Perpetual motion or stillness Stillness is also a type of motion.

Maintain the original state of movement.

All objects are at rest (eternal motion) without being acted upon by force, but this is impossible!

Maintain a state of equilibrium, stationary or straight motion at a constant speed.

Either do a uniform motion or stand still.

How an object moves when it is not subjected to force means that the sail is erected as follows:

The moment the object is at rest at the moment when the force is not applied, then the object will remain at rest; If the object is in motion at a split second when the force is not applied, then it will maintain a uniform linear motion. <>

Movement and stillness are interdependent, interpenetrating, and mutually containing, and there is stillness in movement and movement in stillness. Motion and rest are relative to the reference object and coordinate system, many things in the world are static in motion, static in motion, belonging to the unity of absolute motion and relative rest, and the two can be transformed into each other under the conditions of formation.

Characteristics of movement and stillness.

Motion and rest penetrate each other and transform each other under certain conditions, motion and rest penetrate each other and transform each other under certain conditions, there is stillness in motion, and there is movement in stillness. The whole world as a whole is a dialectical unity of unconditional absolute motion and conditional relative stillness.

For example, "Orange Island, the boat next to the continent, the boat on the island is not good." Tianxin Pavilion, the pigeon in the pavilion, the pigeon does not fly in the pavilion", "only the big cicada noise forest is more quiet, the birdsong mountain is more secluded", "the young leave home and the boss returns, the country accent does not change the sideburns and declines", etc., all reflect the unity of movement and stillness.

Motion and stillness are the unity of opposites:

Without absolute motion, there is no such thing as relative stillness. On the other hand, without relative rest it is impossible to determine exactly what is moving and in what form it is moving, and therefore there can be no absolute motion. This relationship is also manifested in the opposing unity of non-discontinuity and discontinuity of movement.

Even the simplest mechanical movement is a unity of opposites of non-discontinuity and discontinuity.

The distance traveled by a moving object is uninterrupted, which is mathematically represented by the fact that there are no "adjacent" two points on a continuous curve, and that there are an infinite number of points between any two points, but each point in the distance is interrupted, i.e., one point and not another.

The same is true of complex motion, which does not stop at any moment, which is its non-discontinuous; However, the never-ending movement can only exist in specific special forms of movement, which is its discontinuity.

The non-discontinuity of motion is unconditional and absolute, and the discontinuity of motion is conditional and relative. There can be no realistic movement if there is only non-discontinuity without interruption, or if there is only discontinuity without non-interruption.

Summary. Uniform rectilinear motion, which means that the velocity of an object is a certain value. At this point, the object is moving in a straight line and the displacement passing through it in any equal interval of time is equal.

Uniform motion only has uniform linear motion, but uniform circular motion is actually uniform circular motion or uniform angular velocity motion, and its acceleration is not zero, so uniform circular motion is not uniform motion.

What would happen if the moving object was not resisted.

Wait a minute, pro.

Hello, the moving object is not resisted and it will move at a uniform speed pro.

In junior high school, it is like a physical motion with a fixed speed, the size of the same movement, the mechanical movement shouts, the oak state, and the uniform speed of the movement. In junior high school physics teaching, velocity is velocity, and the direction of velocity is not considered. High school physics dictates that motion through the same displacement at any time is called uniform motion.

That is, a motion in which the magnitude and direction of velocity do not change, or a motion in which the acceleration is zero.

Uniform rectilinear motion, which means that the velocity of an object is a certain value. At this point, the object moves in a straight line and passes equal displacements at any equal interval of time. Uniform motion only has uniform velocity residual letter linear motion, but uniform circular motion is actually uniform circular motion or uniform angular velocity motion, and its acceleration is not zero, so uniform circular motion is not uniform motion.

The motion of an object is not necessarily acted upon by force. When the object is not rotten, when it is subjected to force and equilibrium, it will maintain its original static state or uniform motion state. The force is what changes the state of motion of the object, not what sustains the state of motion of the object.

Force is the action of an object on an object, and a force cannot exist independently of the object. A force may also arise between two objects that are not in direct contact.

Force is one of the fundamental concepts in mechanics and is the external cause that causes an object to gain acceleration or deformation. In dynamics, it is equal to the product of the mass of the object and the acceleration.

Definitions:Force is produced by the interaction between an object (matter) and an object (matter). The magnitude, direction, and application point of force are the three elements of force. Force is also the rate of change of momentum with respect to time.

International Authorities:Newton, abbreviated as the ox, has the symbol n. It was named in honor of the British scientist Isaac Newton.

1n=1kg·m/s²

Measuring Tools:Spring scales or dynamometers, etc.

The force can change the state of motion of an object, but it is not the state of motion that sustains the force. But when there are two or more forces acting on the same object at the same time, if the object is still in a state of rest, a state of constant speed and straight wire motion, and the net force is zero, then the net force of these several forces is zero, then we say that these forces are balanced. When an object is subjected to a balanced force, the state of motion of the object does not change.

This is inertia in itself, and motion is relative to rest.

Because inertia makes the object not need to be maintained with force.

The reason why the motion of an object does not require force to sustain it: Force is what makes an object move, whereas force is not what sustains the motion of an object. For example, if you throw a shot put, the ball has no force to maintain its motion at the moment it leaves your hand, but it continues to fly forward because of inertia, so the motion of the object does not need force to maintain, and the moment the ball leaves your hand, the force it experiences is only the attraction of the earth to the shot put, which is gravity.

Theoretically, in the absence of gravity at all, the shot put is not affected by gravity, and the shot put will continue to move in a straight line at a constant speed for eternity.

Yes. If a moving object is not subjected to force, according to inertia, the object will remain in its original state of motion, so it will move forever. In fact, we see that the object finally stops because the object is affected by the drag and changes its original state of motion.

Force is what changes the state of motion of an object. When there is no force acting on the object, the state of motion of the object does not change, and if it was originally in motion, it will continue to move at that velocity, and the velocity remains the same.

The force here is that all forces are not affected, including friction, don't be bothered by everyday life experience!

That's what Newton's first law of motion is about.

Force is what changes the state of motion.

The so-called state of motion is the speed, magnitude and direction of movement.

If it is not subjected to an external force, it will remain in motion, i.e., it will keep the speed of motion in the same magnitude and direction as the net force is zero.

If the object is subjected to a non-zero external force, then at least one of its velocity, magnitude and direction will change, if the object changes its state of motion, then it must be subjected to a force and the net force is not zero, if the state of motion of an object does not change, it will either not receive a force or be subjected to a net force of zero, I hope it can help you.