In the figure, a 49 cm length of conducting

wire that is free to move is held in place

between two thin conducting wires. All of the

wires are in a magnetic field. When a 6.0 A

current is in the wire, as shown in the figure,

the wire segment moves upward at a constant

velocity.

a) Assuming the wire slides without friction

on the two vertical conductors and has a mass

of 0.1 kg, find the magnitude of the minimum

magnetic field that is required to move the

wire.

Answer in units of T.

wire that is free to move is held in place

between two thin conducting wires. All of the

wires are in a magnetic field. When a 6.0 A

current is in the wire, as shown in the figure,

the wire segment moves upward at a constant

velocity.

a) Assuming the wire slides without friction

on the two vertical conductors and has a mass

of 0.1 kg, find the magnitude of the minimum

magnetic field that is required to move the

wire.

Answer in units of T.

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