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Two loop of wire are moving in the vicinity of a very long straight wire carrying a current mark the direction of the induced current in each loop.
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- Homework HelpA wire loop is moved to the right as shown in the figure. Loop in B_field.pdf As the loop enters the magnetic field, the induced current in the loop is: moving clockwise around the loop moving counter-clockwise around the loop zeroWhat is the direction of the induced current in resistor A when coil B is moves to the left and then stops moving? there is no current O from left to right O form right to left
- The loop is immersed in an increasing magnetic field that is pointing out of the screen determines the direction of the induced currentA long straight wire carries a current I, as shown below. There is initially no current in the loop. In which direction should the loop be moved in order to induce a counterclockwise current in it? Hig A I I I up 1 -----A coil rotates in a magnetic field and generates an induced voltage. The magnitude of the induced voltage depends on: a) Only the area of the coil. b) Only the speed it rotates c) Only the strength of the magnetic field d) All of above e) None of above Group of answer choices
- Question 2 I h. I S A. В. С. D. As a conducting coil moves to the right at constant speed, it passes over the north pole of a magnet and then moves beyond it. Which graph best represents the current in the loop for the time of the motion? A counterclockwise current as viewed from above the loop is a positive current, clockwise is a negative current.If the current in the primary solenoid is clockwise (looking at the front view), then find the direction of the induced current in the secondary solenoid (either clockwise or counterclockwise)?