Earlier we talked about potential energy, and this time we will talk about potential. In geography, you can see descriptive statements. And there's the word topography here. As the center of gravity of military geography, topography has too many special roles. China's topography has many characteristics, and the overall situation is high in the west and low in the east. The western part here mainly refers to XJ and XZ. In economic geography, Sichuan belongs to the west. Of course, Qinghai also belongs to the west. The famous Himalayas and Tien Shan mountain ranges, as well as the Tibetan Plateau, are just to the west. Historically, China only began to include the western region in its territory a few hundred years ago. The eastern part is more plain than the western one. Of course, this does not mean that the east is all plains.

Full flood. In terms of momentum, no battle scene is more vast. The blood-boiling fight scenes are a hobby that many people can't quit. And then there's the military parade. In a uniform procession, the loud voices of the soldiers shouted slogans in unison. Such a huge and spectacular scene is something that no one can forget.

Proton motion potential. When I read the encyclopedia, I thought that protons are also in the scope of biology? Then, I asked the professionals. It turns out that protons can indeed affect cells. However, this is the first time I've heard of biochemical reactions involving protons. In a word, I know I don't know, so I want to know. When I learned a little, I found that I still didn't know. I've found that the more I know, the more questions I have. It's really like the saying goes, one's own knowledge is a circle, and the outside is unknown. Only when your circle is large enough can you get in touch with more unknown knowledge. Let's talk about potentials, so I can know the proton motion potential through the display in the browser. In addition to the proton motion potential, there is also the proton kinetic potential. As for the difference between them, I don't know it.

Geopotential is a type of potential, which is represented by gravitational potential. The geopotential wells and geopotential barriers are related to the geopotential barrier, and the potential barrier is related to the quantum tunneling effect. We mentioned it when we talked about neutrinos, so let's revisit it again. It turns out that there is a potential barrier outside the nucleus, and ordinary particles cannot enter the nucleus. And particles like neutrinos and electrons are accessible. First of all, it can be seen from the word barrier that the potential barrier is not a wall, but a low energy group.

Although the ionization energy of an object can be four, its ionization potential is only one. We know that electric potential is determined by electric field lines, and there are multiple potentials on an electric field line. Therefore, the potential difference is the influencing factor mentioned in the electric field force formula. So, is there some kind of line for the ionization potential? I don't think so. Because the ionization of an object does not produce a field and does not produce lines in the field. So, the ionization potential can only be one.

The Lanna Jones potential is the intermolecular potential and the intermolecular counterpotential. Intermolecular potential is a metallurgical term, while counterpotential is an astronomical term. It is related to potential energy traps and is used to describe the properties of noble gas molecules. The Lie-Jones potential is related to the depth of the potential energy trap and is used to describe the atoms of noble gases.

The field has ridges, and the clothes have seams. There is a field outside the ridge, and there is a cloth in the distance. At this point, the columns should be continued. Mizukawa said.

Equations can sometimes reflect patterns. So, let's look at two equations. The first electric field force is equal to the charge of the point charge multiplied by the electric field strength. Second, in electromagnetism, the electric field force is equal to the charge of the point charge multiplied by the potential difference? So, is the electric field strength equal to the potential difference? First of all, the first formula is a general formula, while the second formula is a formula for special cases. The first is applicable in the second case. In electromagnetism, the strength of the electric field is equal to the potential difference.

The factors that affect the magnetic potential are magnetic resistance, magnetic flux, magnetic field strength. (1) It is equal to the product of the magnetic flux and the magnetic resistance in the magnetic circuit. (2) It is equal to the product of the number of turns of the energized coil and the current passing through. (3) It is also the integral of the magnetic field strength on the magnetic circuit.

Without further ado, two relays. Six said.

Since gravitational potential and gravitational potential energy are equal in formula, what is the difference? I guess it's the same as the difference between heat and heat. The gravitational potential is more emphasized that it is a variable, but the gravitational potential energy emphasizes that it is energy.

The gravitational potential is also called the gravitational potential, and the gravitational potential is also called the gravitational potential. Whereas, the gravitational potential is equal to the sum of the gravitational and centrifugal force potentials. Gravitational potential energy and gravitational geopotential are both gravity multiplied by height, what is the difference? Different uses. Gravitational potential energy is used to calculate energy, whereas gravitational potential is used to calculate the energy required to enter the potential barrier. One is a general case and the other is a special case.

It's not about talking, it's about being fine. There are not many people, but they have to relay. Margarita, still speaks. Du said.

Gravitational potential and gravitational potential are two potentials that are easily confused, so what is the difference between them? The gravitational potential is equal to the energy possessed by a unit mass of mass, and the gravitational potential is equal to the gravitational force multiplied by the height. I can see that the gravitational potential is not related to mass, whereas the gravitational potential is related to mass.

The Morse potential energy is actually the molecular potential energy of a diatomic molecule.

The chemical potential is determined by Gibbs free energy.