The cube shown in the figure below, 50.0 cm on a side, is in a uniform magnetic

Question

The cube shown in the figure below, 50.0 cm on a side, is in a uniform magnetic field of 0.150 T, directed along the positive y-axis. Wires A, C and D move in the directions indicated, each with a speed of 0.310 m/s. (Wire A moves parallel to the xy-plane, C moves at an angle of 45.0 below the xy-plane, and D moves parallel to the xz-plane.) What is the potential difference between the ends of each wire?.
V (wire A)
V (wire C)
V (wire D)

The cube shown in the figure below, 50.0 cm on a side, is in a uniform magnetic field of 0.150 T, directed along the positive y-axis. Wires A, C and D move in the directions indicated, each with a speed of 0.310 m/s. (Wire A moves parallel to the xy-plane, C moves at an angle of 45.0 degree below the xy-plane, and D moves parallel to the xz-plane.) What is the potential difference between the ends of each wire?. V (wire A) V (wire C) V (wire D)

Explanation / Answer

potential defference i wire A = VBL*sin(0) = 0 v

potential defference i wire C = VBL*sin(45) = 0.31*0.15*0.5*0.7 =0.014 v

potential defference i wire D = VBL = 0.31*0.15*0.5 =0.02 v

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