What Is Magnetic Field  Force By In The Physics.

What Is Magnetic Field  Force By In The Physics.

We have seen that a current carry the conductor is because of the motion of charge of the magnetic field and show different way for the best for easy movement. When placed by the images in more experience for the force area current move to the in conductor area all of the motion of charge.

The magnetic field exerts force on these moving charge to which the conductor experiences force in calculating the force exerted on the moving charges.

Consider the situation as shown In see c portion of the wire that is carrying a current l. Suppose there are n charge carriers per unit volume of the wire, and the

What Is Magnetic Field  Force By In The Physics.

each is moving with velocity was shown as. VV field charge now l now/ find ho c, long it takes for all the charge carriers originally In the segment shown to exit through the end area A.The volume of the wire segment is AL.

Because there are n charge carriers per unit volume, the number of charge current by the circuit Al in the segment is n AL. If the charge on a charge carrier IS q each of it, as it crosses the end area, will transport a charge q 0) through it. Assuming the speed of the carriers to be V, the carrier entering the left face of the segment takes a time At = LnALq reach the right hand face.

During this time, all the force of the charge and attract by the charge and show by the move and show the field magnetic charge in the field. The value of the wire of the segment is AL. to reach the right hand face by the original in the current and magnetic  field Is born.

What Is Magnetic Field  Force By In The Physics.

Then, from the definition by the current. The current I through the conductor is

I = Q/t = nALq/ L/v

There are theses formula are field area in the conductor area by the manufacture in magnetic field by in circuit on the field by the magnitude or management by the follow of the circuit of the physics field.

What Is Magnetic Field  Force By In The Physics.

It has been derived with reference to qr., carrier moving in a conductor but it does not involve parameter of the conductor, so the Eq. is quite and it holds for any charge carrier moving in a charge field and many more for update is here for more update for living many more new update is here for follow the instruction on the field.

In case of proton or a positive charge the direction by the direction of the vector v x B i.e., with B through the smaller angle of the fingers of right hand in the direction of point in the direction of the force. This is in which the proton enters into a this as the shown in figure, along the direction of It experiences a good attractive the field area find and many more for this update is here by the magnitude for more update is here for more success full for the many more help full our social life area distance and how field and necessary magnetic field in the situation by the area function field life for success.

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