A conducting rod of length = 15 cm and mass m = 30 g is placed on the incline angled at 37°, like shown below. Only consider the rod as the wires connected to it have negligible mass. Ignore friction. Z y X 37° Suppose the magnetic field is B = 0.253 T and the rod is static equilibrium, what is direction and magnitude of the current passing through the rod?
A conducting rod of length = 15 cm and mass m = 30 g is placed on the incline angled at 37°, like shown below. Only consider the rod as the wires connected to it have negligible mass. Ignore friction. Z y X 37° Suppose the magnetic field is B = 0.253 T and the rod is static equilibrium, what is direction and magnitude of the current passing through the rod?
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Transcribed Image Text:A conducting rod of length € = 15 cm and mass m = 30 g is placed on the
incline angled at 37°, like shown below. Only consider the rod as the wires connected
to it have negligible mass. Ignore friction.
Z
y
X
37°
Suppose the magnetic field is B = 0.25ĵ T and the rod is static equilibrium, what is
direction and magnitude of the current passing through the rod?
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