Due to the motion of a charge its magnitude

A charge particle is moving with a velocity 3hat(i) + 4 hat(j) m//sec and it has electric field E = 10hat(k) N//C at a given point. Find the magnitude of magneitc field at the same point due to the motion of the charge particle.

A charge particle is moving with a velocity 3hat(i) + 4 hat(j) m//sec and it has electric field E = 10hat(k) N//C at a given point. Find the magnitude of magneitc field at the same point due to the motion of the charge particle.

Graphically, represent the variation of electric field due to a point charge Q with magnitude of charge Q

Arrive at the expression for electric current established due to the motion of electron in its orbit.

Fill in the blanks: When a p -n junction is forward biased, then the motion of charge carriers across the barrier is due to ………………… (drift, diffusion) and when it is reverse biased, then the motion of charge carriers is due to...... (drift, diffusion).

Assertion: When PN -junction is forward biased then motion of charge carriers at junction is due to diffusion. In reverse biasing. The cause of motion of charge is drifting. Reason: In the following circuit emitter is reverse biased and collector is forward biased.

The ability of ion to bring about coagulation of a given collidal solution depends upon: its size, the magnitude of its charge only, the sign of its charge alone, both magnitude and sign of its charge.

Does motion of a body affect its charge?