This solution contains step-by-step calculations to determine the magnitude of the current, direction of the current, terminal voltage and the potential difference.

... of 1.0 A, in which direction must this current flow in ... the magnetic field due to currents of magnitude i flowing in both wires in the sense you found in (a ...

... in parallel across the 150 V supply, find the total ...Magnitude of its RMS current IC is given by ...Current through the capacitor is leading the applied voltage by ...

... You can use this to find the magnitude of B at a given distance from the wire. The force on a current-carrying conductor is found thusly, with vectors: ...

... A) Find the magnitude and direction of the magnetic field at point P. B) Repeat the question if the current in the wire on the east side runs toward the south ...

... Then find the magnetic field at the point Q whose ... vector of point P with respect to the current element and ...Magnitude of vector dB is given by : dB = (μ0/4Π ...

... 2.)Find the current in the rod. Express your answer in terms of the given quantities and appropriate constants. 3.)Find the electric-field magnitude E(x) in ...