Does inertia change, what exactly is inertia

Wrong. Inertia is only related to mass.

On the Moon, the same object is subject to less gravity than it is on Earth, so it is easier to be lifted. Man can jump higher and farther on the moon.

That's not true. Inertia is related to mass, but only in the same environment. The gravitational pull of the Moon and the Earth is different, so there's no comparison.

Mass is a property of the object itself, which does not change with the change of shape, state and position, so whether it is on the earth or the moon, the mass is constant; Whereas, inertia is only related to its own mass, so if the mass does not change, so the inertia does not change. So that's wrong.

Be clear about the definition of inertia! It seems that I am still solid in physics, hahaha.

Inertia refers to the ability of an object to maintain its original state of motion.

According to the three laws of the ox, the combined external force is constant, and the acceleration of the object (the speed of the change of velocity, that is, the speed of the change of the state of motion) is inversely proportional to the mass, the mass is large, the acceleration is small, and the ability to maintain the original motion state is strong.

The process of lifting weights focuses on overcoming gravity to do work, the smaller the gravity (gravitational force), the less work is done to lift the same height, the easier it feels, and the change in speed is two different things. Whether it can be lifted or not is also a comparison between the strength of the human body and the gravity of the object, and has nothing to do with the change in velocity.

Has everyone been taught? If you don't understand, ask again.

False, inertia is a fundamental property of matter and is only related to mass.

Passerby Lucy wonders if you've ever been to junior high school.

False, gravity changes on the moon but the mass does not change, and inertia is only related to mass.

This statement is not true, inertia is only related to mass, not gravity.

That statement is not true, their inertia is just as great.

No, inertia is only about mass.

Take a look at the 8th grade physics book.

Mass is the only measure of the magnitude of inertia.

The original words in the book.

Inertia is only related to mass.

Mass is the physical quantity of matter contained in an object and has nothing to do with the position of the object

Human inertia is extremely difficult to change. Even if you seem to understand the truth, even if you know the method and can pay attention to it from time to time, it is extremely difficult to contend with the stubborn old force of inertia.

I still go back and forth, sometimes good and sometimes bad. Sometimes it seems that I have thought through it and understood the principles of the rules, but I still feel that my emotions are still affected from time to time, with ups and downs, and it is difficult to calm down.

I knew it was my subconscious resistance. Inertia wants to keep it, and also inertia rejects change. Reason and strength belong to the level of the mind, and fear and resistance are hidden in the subconscious.

If you want to change the inertia, you need to really improve the level of cognition, you must jump out of the inherent mode, and don't stick to the one-third of an acre in front of you. When you focus on the wider and wider, farther and bigger, or the more delicate feelings of the mind and body, you are better able to detach yourself from the outside world and others that you are grasping.

If you want to change your inertia, you also need to continue to consolidate your practice, repeatedly hone your mind, and strengthen your mental power. We need to believe in ourselves, we need to accept that we can't do better for the time being, we need to encourage ourselves to continue to train and settle down, and often embrace the inner self that is still a little fragile.

No matter how difficult it is to change the inertia, it is worth working on. The old model is no longer working, and life needs a new way out. When the road is blocked, it is often an opportunity to step out of a new world.

If it weren't so difficult, if it wasn't for being forced into a dead end, how could we be reborn and reborn.

Don't be in a hurry, take your time, stabilize yourself, step by step, bit by bit, as long as the direction is right, you will always be able to get out. All your efforts will not be in vain, all the difficulties are only for the achievement of a more real you!

Definition of inertia: We keep objects moving.

The dynamic state does not change.

The property is called inertia.

Inertia represents the ease with which an object changes its moving state of return. The magnitude of inertia is only related to the mass of the object. It is relatively difficult to change the motion state of an object with a large mass, that is, it has a large inertia; The motion state of an object with a small mass is relatively easy to change, that is, the inertia is small.

When you kick the ball, the ball starts moving, and because the ball has its own inertia, it will keep rolling until it is stopped by an external force. Any object has inertia at all times, and it has to maintain its original state of motion.

1. Inertia is the property of an object to remain at rest or in a uniform linear motion state, and it is also an inherent property of the object, which is manifested as a degree of impedance to the change of the object's motion state, and mass is a measure of the inertia of the object.

2. Inertia is manifested as the object keeping its state of motion unchanged, that is, maintaining stationary or uniform linear motion; When the external force acting on the object is not zero, inertia is expressed as the degree of difficulty with which the external force changes the state of motion of the object.

3. In a nutshell, inertia is the property of an object to resist the alteration of its state of motion. The inertia of an object can be measured in terms of its mass, and the greater the mass, the greater the inertia.

4. The definition of inertia is the inherent property of all objects, whether they are solids, liquids or gases, whether the objects are moving or stationary, they all have inertia. Everything has inertia.

5. Example: When you kick the ball, the ball starts to move, at this time, because the ball itself has inertia, it will keep rolling until it is stopped by an external force. Any object has inertia at all times, and it has to maintain its original state of motion, which is inertia.

Inertia is a DU property of BAI substances. All.

Objects have to keep the original zhi in motion

A characteristic version of the state, this kind of object retains the right state of motion.

The property of state invariance is called inertia. This is academic terminology.

Understand: For example, if you are in a car and the car suddenly stops, you will lean forward. This is because you keep moving forward with the car, but when the car stops, you still keep moving in the same state, which is inertia.

If you want to fully understand, you need to do more questions. When doing the problem, you should consider: 1. Inertia is a property of matter, not a force, only magnitude, no direction.

2. The magnitude of inertia has nothing to do with speed, but with mass, the greater the mass, the greater the inertia.

3. Understand the use and harm of inertia: it can be used for running in the long jump; The hazard is prone to rear-end accidents.

4. In order to ensure traffic safety, the prevention of traffic accidents caused by inertia includes: no rear-end collision, fasten seat belts, and no overloading.

Just keep the above points in mind in the inertia content.

Habitual love means that love also has inertia, so when you want to stop, it doesn't necessarily stop, and those inertia will continue in your life.

Listen to Albert Einstein talk about the beginning of physics: the law of inertia.

When moving at rest or at a constant speed, the force of the aetheric pressure conducted at the speed of light in space is balanced in all directions of the object, and the object retains its original state of motion. But to change the state of motion of the object, so that the object accelerates, it is necessary to apply an external force, because the conduction speed of the etheric pressure is the speed of light, but not instantaneous, the greater the acceleration of the object, the greater the time difference of the etheric pressure conduction ( t = acceleration a speed of light c), the external force is applied to fill the time difference of the aetheric pressure conduction, to establish a new balance of force, the magnitude of this external force is actually the time difference required for the conduction of the etheric pressure.

The property of an object to remain at rest or in a state of uniform linear motion is known as inertia. Inertia is an intrinsic property of an object.

Inside, the surface. Now it is a measure of the resistance of an object to a change in its state of motion, and mass is a measure of the size of the inertia of an object. When the external force acting on the object is zero, the inertia is manifested as the object keeping its state of motion unchanged, that is, keeping it at rest or moving in a straight line at a uniform speed; When the external force acting on the object is not zero, inertia is expressed as the degree of difficulty with which the external force changes the state of motion of the object. Under the action of the same external force, the object with less acceleration has a larger mass and greater inertia, and the object with a larger acceleration has a smaller mass and less inertia.

Therefore, the inertia of an object will not change at any time (with or without external force) and under any circumstances (rest or motion), let alone disappear. Inertia is a property of matter itself.

The property of an object that resists a change in the state of motion is inertia.

Inertia is when an object is accustomed to an action and is unwilling to change, such as getting up at 7 o'clock every day and suddenly starting at 6 o'clock.

In physics, it means that an object has the meaning of maintaining its original state of motion, which is similar to my example, for example, the car brakes and will draw a distance, which is to maintain the original state of motion and continue to move forward, and if it does not brake, it will stop, because of the friction and transformation, so it stops.

Inertia is a property system that is possessed by objects with complex mass, which gives the object a tendency to retain its original state of motion.

For example, if you want to stop an object that is moving in a straight line at a uniform speed, you have to apply a force to it, and the inertia of the object tends to retain its original motion state (continue to move in a straight line at a uniform speed), so the force you exert to make it stop must overcome the inertia of the object and do work.

Or if the object is stationary and you want it to move, you apply force trying to make the object move, and the inertia of the object tries to keep it in place, and you are fighting.

Matter is in motion, and physics has a lot of discussions about inertial frames. Galileo discussed. Einstein was especially discussed.

The transformation of the inertial frame is not only a change in the velocity data, but also involves the applicability of the laws of physics. No one has raised the question of the inconsistency of the laws of physics in different inertial frames.

The Galilean transformation is a linear transformation, which is a linear transformation of velocity. It's just a difference in the observer's perception of time and space. The substantial effect of inertia on physical properties is not taken into account.

Einstein discussed inertial frame transformations and used the Lorentz transform. Since the Lorentz transform is wrong. Hence the physical absurdity of the false space-time distortion.

Does the inertial frame have an effect on the motion of an object, and does it affect the applicability of the laws of physics?

Since velocity is associated with the kinetic energy of an object, kinetic energy is unique to each object. The speed of transformation inevitably leads to inconsistencies in our understanding of physical phenomena, i.e., the same motion phenomenon is observed in different inertial frames, and the same motion formula cannot be used.

When the onlookers calculate the value of the motion, they come to different conclusions. The Galilean transformation is not just a matter of frame of reference, it is a distortion and deviation from the real physical condition of the object. This transformation cannot be equivalent and is therefore inappropriate.

Inertia leads us to arrive at the laws of physics that contain false information and are therefore imprecise.

The data obtained by the inertial frame transformation is also double-blind. The amount of superposition has not been scientifically determined. Therefore, the real data of the inertial frame is not carefully determined.

Only by excluding the influence of the observer can the only true physical relationship be obtained. Our existing laws of physics are influenced by inertia, resulting in a disability branded with false information.

Law. It is an empirical formula, how can you talk big and boast of laws. Only by eliminating this influence can the true laws of physics be obtained.