# What is the magnetic potential energy of the loop?

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The expression for magnetic potential energy can be developed from the expression for the magnetic torque on a current loop. These relationships for a finite current loop extend to the magnetic dipoles of electron orbits and to the intrinsic magnetic moments associated with electron spin and nuclear spin.

## What is the formula of magnetic potential energy?

E=constant−pm⋅B. For a derivation of this, see the derivation in Section 3.4 for the potential energy of an electric dipole in an electric field.

## What is the definition of magnetic potential energy?

The energy of an object that has the ability to do work because of its position in a magnetic field is called magnetic potential energy.

## What is the magnetic moment of the loop?

For a current loop we have defined the magnetic moment μ as. μ = IAn. (magnetic moment = current times area) The torque on a current loop can then be written as τ = μ × B. The magnitude of the torque is τ = μB sinθ.

## What is an example of magnetic potential energy?

Like gravitational potential energy, magnetic potential energy affects how items work based on their position. Items with high magnetic potential energy, such as metal spoons or ball bearings, respond strongly to a magnetic force.

## What is the potential energy of a magnetic dipole?

Potential Energy of magnetic dipole in magnetic field is defined as the amount of work done in rotating the dipole from zero potential energy position to any desired position. A current loop does not experience a net force in a magnetic field.

## What is magnetic dipole moment formula?

Definition. It can be defined as a vector linking the aligning torque on the object from an outside applied a magnetic field to the field vector itself. The relationship is written by. tau=m×B. Where τ is the torque acting on the dipole, B is the outside magnetic field, and m is the magnetic moment.

## What type of energy is magnetic?

Moving a magnet around a coil of wire, or moving a coil of wire around a magnet, pushes the electrons in the wire and creates an electrical current. Electricity generators essentially convert kinetic energy (the energy of motion) into electrical energy.

## What will give an object more magnetic potential energy?

The force of gravity will do more work to bring it to the ground. Therefore, the higher apple will have greater potential energy than the lower apple. In all cases, the farther the object is from the ground, the more PE it has. 4 It is important to note that PE applies to all forces acting at a distance.

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## Where is magnetic energy used?

The magnetic energy generated can be used to attract other metal parts (as in the case in many modern machines that have moving parts) or can be used to generate electricity and store power (hydroelectric dams and batteries).

## What is the symbol of magnetic moment?

Elementary particlesParticle name (symbol)Magnetic dipole moment (10−27 J⋅T−1)Spin quantum number (dimensionless)neutron (n)−9.6623612muon (μ−)−44.90447812deuteron (2H+)4.33073461triton (3H+)15.04609412Ещё 4 строки

## What is unit of magnetic dipole moment?

Magnetic dipole moments have dimensions of current times area or energy divided by magnetic flux density. In the metre–kilogram– second–ampere and SI systems, the specific unit for dipole moment is ampere-square metre.

## What are 5 types of potential energy?

Potential energy

• Gravitational potential energy.
• Chemical energy.
• Nuclear energy.
• Elastic potential energy, also called spring energy.
• Electrical potential energy especially in a capacitor.

## Does everything have potential energy?

Kinetic and potential energies are found in all objects. If an object is moving, it is said to have kinetic energy (KE). Potential energy (PE) is energy that is “stored” because of the position and/or arrangement of the object.

## How is potential energy used in everyday life?

The electricity that fuels people’s homes is supplied by potential energy turned kinetic, either in the form of an electric plant fueled by coal, a hydroelectric dam, or other source such as solar cells. The coal is stored potential energy at its most inert; it must be burned to translate itself into kinetic energy.