A conducting rail shaped like you see in the picture has a resistance R = 3.40 Q between points (1) and (2). The circuit is completed by a movable rod. The rod moves toward the left at constant velocity v = 1.20 m/s. All the circuit is inside a uniform, constant magnetic field that is entering the plane of the rail like shown in my picture. B = 10.0 T. The length of the rod is 15.0 cm. (Neglect forces of friction and gravity). Determine the magnitude of induced current in the circuit. Write the units in your answer. What is the direction of the induced current in the resistor R? Write True, or False in the following blank. The direction is from (1) to (2)

A conducting rail shaped like you see in the picture has a resistance R = 3.40 Q between points (1) and (2). The circuit is completed by a movable rod. The rod moves toward the left at constant velocity v = 1.20 m/s. All the circuit is inside a uniform, constant magnetic field that is entering the plane of the rail like shown in my picture. B = 10.0 T. The length of the rod is 15.0 cm. (Neglect forces of friction and gravity). Determine the magnitude of induced current in the circuit. Write the units in your answer. What is the direction of the induced current in the resistor R? Write True, or False in the following blank. The direction is from (1) to (2)