In this problem, you will use Lenz's law to explore what happens when an electromagnet is activated a short distance from a wire loop. Note, an electromagnet is a solenoid with a magnetic material inside its core. In this case, the magnetic material is iron, whose magnetic polarization amplifies the external magnetic field produced by the solenoid.You will need to use the right-hand rule to find the direction of the induced current.

Which of the following law is used to determine the direction of the induced current in a loop of wire placed in a changing magnetic field?(1 Point)Ampere's lawGauss’s lawFaraday’s lawLenz’s law

The loop in the image is moving through the magnetic field, of strength 0.700 T, at a speed of 27.0 m/s. If the resistance in the loop is 1.10 Ω and the width of the wire is x = 9.00 cm, what is the magnitude and direction of the induced current?

A bar magnet falls through a loop of wire with the north pole entering first. As the north pole enters the wire, the induced current will be (as viewed from above)Group of answer choicesto top of loop.clockwise.counterclockwise.zero.

Imagine a current carrying circular loop ofwire on the plane of your answer sheet. Themagnetic field inside the loop is into the planeof the paper.(i) What must be the direction of the currentin the loop?

Finally, the switch on the electromagnet is reopened. The magnitude of the external magnetic flux through the wire loop ______ (A. increases, B. decreases, C. remains constant), and there is _______ (A. zero, B. a clockwise, C. a counterclockwise) current induced in the loop (as seen from the left).Enter the letters corresponding to the responses that correctly complete the statement above. For example, if the correct answers are A and C, type A,C