A copper rod of length 1.04 m is lying on a frictionless table (see the drawing). Each end of the rod is attached to a fixed wire by an unstretched spring that has a spring constant of k -78 N/m. A magnetic field with a strength of 0.25 T is oriented perpendicular to the surface of the table. (a) What must be the direction of the current in the copper rod that causes the springs to stretch? (b) If the current is 11 A, by how much does each spring stretch? (a) Direction (b) Number Units Table (top view) Fixed wires (out of paper) Copper rod HIND
A copper rod of length 1.04 m is lying on a frictionless table (see the drawing). Each end of the rod is attached to a fixed wire by an unstretched spring that has a spring constant of k -78 N/m. A magnetic field with a strength of 0.25 T is oriented perpendicular to the surface of the table. (a) What must be the direction of the current in the copper rod that causes the springs to stretch? (b) If the current is 11 A, by how much does each spring stretch? (a) Direction (b) Number Units Table (top view) Fixed wires (out of paper) Copper rod HIND
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Transcribed Image Text:A copper rod of length 1.04 m is lying on a frictionless table (see the drawing). Each end of the rod is attached to a fixed wire by an
unstretched spring that has a spring constant of k-78 N/m. A magnetic field with a strength of 0.25 T is oriented perpendicular to the
surface of the table. (a) What must be the direction of the current in the copper rod that causes the springs to stretch? (b) If the current
is 11 A, by how much does each spring stretch?
(a) Direction
(b) Number
Units
HAN
Table
(top view)
-Fixed wires
(out of paper)
Copper rod
.
Hon
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