Two aluminum rods, each of length 160 cm and mass 50 g, are suspended by nonconducting cables of length 10 cm as shown in the Figure. The rods are part of a circuit (not shown) that supplies a current I through each rod as shown. If the angle between the two end cables is 5.5\deg, what is the magnitude of the current I? Assume the rods are very long. e I I
Two aluminum rods, each of length 160 cm and mass 50 g, are suspended by nonconducting cables of length 10 cm as shown in the Figure. The rods are part of a circuit (not shown) that supplies a current I through each rod as shown. If the angle between the two end cables is 5.5\deg, what is the magnitude of the current I? Assume the rods are very long. e I I
Chapter12: Sources Of Magnetic Fields
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Problem 68AP: Current flows along a thin, infinite sheet as shown in the accompanying figure. The current per unit...
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
Transcribed Image Text:Two aluminum rods, each of length 160 cm and mass
50 g, are suspended by nonconducting cables of
length 10 cm as shown in the Figure. The rods are part
of a circuit (not shown) that supplies a current I through
each rod as shown. If the angle between the two end
cables is 5.5\deg, what is the magnitude of the current
I? Assume the rods are very long.
e
I
I
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