What is the force of non electrostatic force? What is the non electrostatic force?

I guess you're talking about high school physics, right? Non-electrostatic force, as the name suggests, is a force other than electrostatic force, in high school physics, it refers to the force inside the power supply to "move" electrons from the negative pole of the power supply to the positive pole, so that there can be a continuous and constant current in the circuit, that is, the power supply that can produce a constant current in the circuit is the power supply, and the principle of the power supply is that the non-electrostatic force does work. In dry batteries, the electrostatic force is the force generated by the chemical energy of the chemicals in the battery.

Non-electrostatic force, all other forces other than electrostatic force are non-electrostatic force.

Only non-electrostatic force can be present inside the power supply, and the non-electrostatic force does work to convert other forms of energy into electrical energy. The negative potential of the power supply is lower than the positive potential, so to move the free electrons from the negative electrode to the positive electrode, the electrostatic force to do the work is not possible, and the free electrons can only be moved by the non-electrostatic force to do the work.

The non-electrostatic force refers to the force that moves electrons from the negative to the positive electrode inside the power supply.

Overall, when the non-electrostatic force does the work, the power supply electromotive force decreases.

Because the power supply needs to overcome the electric field force to do work in order to increase the electric potential from low to high, it needs to do non-electrostatic force.

This non-electrostatic force depends on the specific situation, for example, the dry battery relies on the chemical reaction of the electrolyte to produce energy to produce non-electrostatic force.

Non-electrostatic force, all other forces other than electrostatic force are non-electrostatic force.

Gravitation, electromagnetic induction, etc.

Refers to, out.

Electric field force. other forces, such as:

Chemical reaction. Magnetic field.

Wait a minute. Hope, thank you!

Non-electrostatic force refers to the force used by the power supply to do work in the process of transporting the positive charge (negative charge) from the negative electrode (positive electrode) to the positive electrode (negative electrode), and the work done by this non-electrostatic force increases the potential energy of the charge.

In batteries, the non-electrostatic force is a chemical action that converts chemical energy into potential energy; In generators, the role of non-electrostatic force is electromagnetism, which converts mechanical energy into electric potential energy.

Non-electrostatic forces are different**.

In chemical cells (dry batteries, accumulators), the non-electrostatic force is a chemical action that is linked to the dissolution and deposition process of ions; In temperature difference power supply, the non-electrostatic force is a diffusion effect that is related to the temperature difference and the electron concentration difference;

In general generators, the non-electrostatic force originates from the action of the magnetic field on the moving charge, i.e., the Lorentz force. The swirling electric field generated by the changing magnetic field is also a non-electrostatic force, but because of the vortex shape of the force lines, it is usually not used as a power source, and it is difficult to distinguish between inside and outside.

The above content refers to Encyclopedia - Non-Electrostatic Force.

Non-electrostatic force is a non-electrostatic force that separates positive and negative charges in the power supply, and accumulates positive charges to the positive electrode of the power supply, and negative charges accumulate to the negative electrode of the power supply.

The non-electrostatic force inside the power supply causes a certain potential difference between the two poles of the power supply to be generated and maintained. When the two poles of the power supply are connected to the circuit, the positive charge is shifted from the positive pole of the power supply to the negative pole of the circuit under the impetus of the electrostatic force.

Inside the power supply, the non-electrostatic force overcomes the electrostatic force obstruction, so that the positive charge moves from the negative electrode to the positive electrode through the power supply, thus forming a charge flow loop. Therefore, electrostatic and non-electrostatic forces constitute two necessary factors in the current circuit.

Non-electrostatic force**.

In chemical cells, non-electrostatic forces are associated with the dissolution and deposition of ions. In a thermostatic power supply, the non-electrostatic force is a diffusion action that is associated with the temperature difference and the electron concentration difference.

In general generators, the non-electrostatic force originates from the action of the magnetic field on the moving charge, i.e., the Lorentz force. The cyclotronic field generated by the changing magnetic field is also a non-electrostatic force, but it is difficult to distinguish between inside and outside because of the vortex shape of the lines of force.

The electrostatic field is active and spinless, and the non-electrostatic field is passive and spinless. Non-electrostatic fields have no source and are closed, which is very different from electrostatic fields. The force exerted on the charge in the electrostatic field is the electrostatic force, and the force exerted in the non-electrostatic field is the non-electrostatic force.

It's a conservative force. Coulomb's law shows that the work of electrostatic force is independent of the path and is a conservative force (see potential energy), so the electrostatic field is a conservative field, also known as the potential field and a non-rotating field, and its power line is not closed, and the electric potential (scalar) can be introduced to describe it.

Introduction

In chemistry, electrostatic force is an intermolecular force. Polar molecules have a dipole distance, and there is an electrostatic interaction between the dipole molecules, and this interaction between molecules is called electrostatic force. So the electrostatic force is only present between polar molecules.

Coulomb's law is a reference to the French physicist C. Coulomb a.Coulomb, 1736-1806) was proposed in 1785 by analogy with Newton's law of universal gravitation and his own extensive experimental research.

Electrostatic and non-electrostatic forces are two different types of interaction forces used in physics to describe the forces of interaction between objects.

Electrostatic forces are caused by static electric fields generated between charged objects. This force usually works when the rocky objects are far apart and is not affected by the distance between the objects. For example, two identical charged objects create a repulsive force, and two charged objects of the opposite sex create an attractive force.

Non-electrostatic forces are caused by physical properties such as elastic force, gravitational force, frictional force, etc. This force comes into play when the objects are close together and weakens as the distance between the objects increases. For example, elastic force is the force that occurs when an object is stretched or compressed; Gravitational attraction is the force of attraction produced by the Earth on an object; Friction is the force that occurs when an object slides relative to a pin.

Therefore, the main difference between electrostatic and non-electrostatic forces is their physical mechanism as well as the range and intensity of their action. Electrostatic forces usually act when objects are far away from each other, while non-electrostatic forces work when objects are close together.

Non-electrostatic force is the force of electricity, in chemical cells, the dissolution of ions and the chemical action of deposition form non-electrostatic force; In the temperature difference power supply, the diffusion effect related to the temperature difference and the electron concentration difference forms a non-electrostatic force. In general generators, the action of the magnetic field on the moving charge forms a non-electrostatic force, i.e., the Lorentz force.

The ** of non-electrostatic force includes the action of chemical cells, thermoelectric power sources, general generators and magnetic fields on the moving charge, i.e., the Lorentz force, and the spin electric field generated by changing magnetic fields is also a non-electrostatic force. The non-electrostatic force inside the power supply causes a certain potential difference between the two poles of the power supply to be generated and maintained.

Electrostatic force – the force of interaction between charged bodies at rest. A charged body can be seen as being made up of many point charges, and the interaction force between each pair of stationary point charges follows Coulomb's law. Also known as Coulomb force.

Non-electrostatic force, all other forces other than electrostatic force are non-electrostatic force.

First, the acting objects are different.

1. Electrostatic force: The acting object is a static charged body.

2. Non-electrostatic force land banquet: the acting object is all objects, including stationary objects.

Second, ** is different.

1. Electrostatic force: It is transmitted by the electric field as the medium, that is, the electric field is generated around the charged body, and the electric field exerts force on another charged body placed in it, and the electrostatic force received by the two charged bodies is equal.

2. Non-electrostatic force: The non-electrostatic force includes chemical batteries, temperature difference power supplies, general generators and the effect of magnetic fields on the moving charge, that is, the Lorentz force, and the spinning electric field generated by the changing magnetic field is also a non-electrostatic force.

Third, the formation process is different.

1. Electrostatic force: In electrostatic weight, many stationary charges interact with each other to form an electrostatic force.

2. Non-electrostatic force: In chemical batteries, the dissolution of ions and the chemical action of deposition form non-electrostatic force; In the thermoelectric early sale source, the diffusion effect related to the temperature difference and the electron concentration difference forms a non-electrostatic force. In general generators, the action of the magnetic field on the moving charge forms a non-electrostatic force, i.e., the Lorentz force.