b. Flip the polarity of your circuit so that the current now flows in the opposite direction in front of the magnet. You don't have to post a second picture, but draw a new sketch showing the direction of the current, magnetic field, and force in this new configuration. b. Build the circuit below, but leave a connection open so that current does not yet flow. = 4.5 V + R = 0.52 R = 0.52 Long wire DURACELL DURACELL DURACELL 4) You are now ready to test the right hand rule for the magnetic force. Close the circuit and you should see the wire in front of the magnet either jump up or down. a. Take a picture of your circuit and post it here. Then draw a sketch showing the direction of the current, magnetic field, and force just in front of the magnet. Explain using the right-hand rule why the observed force is in the direction expected.