Question

If an aluminium rod is suspended

horizontally by a wire between the

poles of a horse shoe magnet and

current is passed through the wire.

What are the two observations that

can be noted from the direction of

flow of current?​

Answer 1

Procedure:

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.Now switch on the current and observe the displacement of the rod.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.Now switch on the current and observe the displacement of the rod.Reverse the direction of the current and observe the change in the displacement of the rod.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.Now switch on the current and observe the displacement of the rod.Reverse the direction of the current and observe the change in the displacement of the rod. As performed in the simulator:

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.Now switch on the current and observe the displacement of the rod.Reverse the direction of the current and observe the change in the displacement of the rod. As performed in the simulator:Click on "Switch" to start/stop the flow of current through the circuit.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.Now switch on the current and observe the displacement of the rod.Reverse the direction of the current and observe the change in the displacement of the rod. As performed in the simulator:Click on "Switch" to start/stop the flow of current through the circuit.Observe and note the change in the position of the aluminum rod as the current flows through the circuit.

Procedure:Suspend the aluminium rod horizontally from the stand using clean connecting wires.Place the horse-shoe magnet in such a way that the rod lies in between both the poles such that south pole is vertically above and north pole is vertically below the rod.Connect the rod in series to the battery, key and the rheostat.Now switch on the current and observe the displacement of the rod.Reverse the direction of the current and observe the change in the displacement of the rod. As performed in the simulator:Click on "Switch" to start/stop the flow of current through the circuit.Observe and note the change in the position of the aluminum rod as the current flows through the circuit.To reverse the direction of the current switch off the circuit, then click on the wire.

Explanation:

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