By Reversing Motor

Only if it's a DC motor, and then it depends on where the reversing switch is relative to the current detection.

I strongly suggest that you go back to your elementary school and start learning from the first standard. In alternating current systems, in every cycle, there is a definite change in the direction of current flow. For example, if you have two nodes of an AC network, say, A1 & A2, then, let us say that in the positive half cycle of the alternating current wave, if current flows from Node A1 to Node A2, then in the following negative half cycle of the alternating current wave, current would flow from Node A2 to A1. This will happen 50 times in one second for a 50 Hertz AC Wave.

lol electricalexpert65

how intelligent you are looooolllllllllll

i asked a professionel question and you are saying go to school

dear my question is that when motor rotation is changed the rotating magnetic field also changes, so due to change in rotating magnetic field is there any change occur to the current direction becaz the direction of magnetic field is changed

What sort of motor is it?

lol

Dear friend! I have been following your postings - both your questions and your answers to others' postings. They prove "how much" more intelligent you are than me!

Now, yes! it is very true that the direction of rotation of the rotating magnetic field does change when you want to change the direction of rotation of the motor shaft. But, that is what electrical people would call "Phase Sequence" (not direction of current flow). The phase sequence implies how and when each phase would reach its positive maximum, zero, negative maximum, zero, etc. Thus, in a RYB phase sequence, if 'R' reaches peak first, 'Y' would reach its peak after 120 degrees and 'B' would reach its peak after another 120 degrees. In the phase sequence RBY, it will be reversed. Within the reversed phase sequence (or even within the nominal phase sequence) each phase or line current would keep on changing its direction in each half cycle. That is what I tried to explain you!