Magnetic force between parallel conductors

Magnetic force between parallel conductors

Magnetic constant

Magnetic field intensity

Magnetic field induction

Maximum force moment of the magnetic field

Magnetic induction

Moment of a uniform magnetic field

Magnetic field (induction) due current in finite straight conductor (wire)

Magnetic field (induction) due current in infinite straight conductor (wire)

Magnetic field due to current in circular wire (turn)

Magnetic field intensity (strength): infinite straight wire

Magnetic field intensity (strength) at the center of circular wire (turn)

Magnetic induction of solenoid

Magnetic field intensity (strength) of solenoid

Magnetic flux and angle

Magnetic flow (flux)

Ampere's force

Magnetic induction and Ampere's force

Lorentz force

Lorentz force and Ampere's force

Force of electromagnetic field

Radios of motion trajectory of charged particle in magnetic field

Rotation period of charged particle in magnetic field

F - force

μ - relative magnetic permeability

μ0 - magnetic constant

I1, I2 - current intensities in conductors

l - length of conductors

r - distance between conductors

μ - relative magnetic permeability

μ0 - magnetic constant

I1, I2 - current intensities in conductors

l - length of conductors

r - distance between conductors

Find
It is known that:

=

Magnetic force between parallel conductors

F - force

μ - relative magnetic permeability

I1, I2 - current intensities in conductors

l - length of conductors

r - distance between conductors

μ - relative magnetic permeability

I1, I2 - current intensities in conductors

l - length of conductors

r - distance between conductors

Find
It is known that:

=

Magnetic constant

Find
It is known that:

=

Magnetic field intensity

Find
It is known that:

=

Magnetic field induction

B - magnetic induction

μ0 - magnetic constant

μ - relative magnetic permeability

H - magnetic field intensity

μ0 - magnetic constant

μ - relative magnetic permeability

H - magnetic field intensity

Find
It is known that:

=

Maximum force moment of the magnetic field

Find
It is known that:

=

Magnetic induction

Find
It is known that:

=

Moment of a uniform magnetic field

Find
It is known that:

=

Magnetic field (induction) due current in finite straight conductor (wire)

B - magnetic induction

μ - relative magnetic permeability

μ0 - magnetic constant

I - current intensity

r - distance to conductor

a1, a2 - angles

μ - relative magnetic permeability

μ0 - magnetic constant

I - current intensity

r - distance to conductor

a1, a2 - angles

Find
It is known that:

=

Magnetic field (induction) due current in infinite straight conductor (wire)

B - magnetic induction

μ - relative magnetic permeability

μ0 - magnetic constant

I - current intensity

r - distance to conductor

μ - relative magnetic permeability

μ0 - magnetic constant

I - current intensity

r - distance to conductor

Find
It is known that:

=

Magnetic field due to current in circular wire (turn)

B - magnetic induction

μ - relative magnetic permeability

μ0 - magnetic constant

I - current intensity

R - radius

μ - relative magnetic permeability

μ0 - magnetic constant

I - current intensity

R - radius

Find
It is known that:

=

Magnetic field intensity (strength): infinite straight wire

Find
It is known that:

=

Magnetic field intensity (strength) at the center of circular wire (turn)

Find
It is known that:

=

Magnetic induction of solenoid

B - magnetic induction

μ - relative magnetic permeability

μ0 - magnetic constant

N - number of turns in a winding

I - current intensity

l - length of solenoid

μ - relative magnetic permeability

μ0 - magnetic constant

N - number of turns in a winding

I - current intensity

l - length of solenoid

Find
It is known that:

=

Magnetic field intensity (strength) of solenoid

H - magnetic field intensity (strength)

N - number of turns in a winding

I - current intensity

l - length of solenoid

N - number of turns in a winding

I - current intensity

l - length of solenoid

Find
It is known that:

=

Magnetic flux and angle

Find
It is known that:

=

Magnetic flow (flux)

Find
It is known that:

=

Ampere's force

Find
It is known that:

=

Magnetic induction and Ampere's force

Find
It is known that:

=

Lorentz force

Find
It is known that:

=

Lorentz force and Ampere's force

Find
It is known that:

=

Force of electromagnetic field

Find
It is known that:

=

Radios of motion trajectory of charged particle in magnetic field

Find
It is known that:

=

Rotation period of charged particle in magnetic field

Find
It is known that:

=