A. Two wires are running horizontally north and south. They are .1meter apart an

Question

A. Two wires are running horizontally north and south. They are .1meter apart and side by side. If they both carry 10 amps of currentin the same direction, what is the force between them? B. If the current in one wire is 10 amps south and the otherwire is 10 amps north what is the force between them? C. Suppose that rather than being side by side, the wires wereabove and below one another. What would happen if the currents wereeach 10 amps and in opposite directions? If the top wire had aweight of 1x10^-4 newtons/meter adn the bottom wire was fixed couldthey force each other apart?
A. Two wires are running horizontally north and south. They are .1meter apart and side by side. If they both carry 10 amps of currentin the same direction, what is the force between them? B. If the current in one wire is 10 amps south and the otherwire is 10 amps north what is the force between them? C. Suppose that rather than being side by side, the wires wereabove and below one another. What would happen if the currents wereeach 10 amps and in opposite directions? If the top wire had aweight of 1x10^-4 newtons/meter adn the bottom wire was fixed couldthey force each other apart?

Explanation / Answer

F=o/2*I1I2/R F=4*10-7/2*10*10/0.12 F=0.005N If they are coming in the opposite directions then there wouldbe force of repulsion where the magnitude of force would be then itsame. When they are placed one on top of the other then there wouldinteraction of the gravitational force then. Then we could do it in the same way. Hence we get by it. F=0.005N If they are coming in the opposite directions then there wouldbe force of repulsion where the magnitude of force would be then itsame. When they are placed one on top of the other then there wouldinteraction of the gravitational force then. Then we could do it in the same way. Hence we get by it.

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