https://phet.colorado.edu/en/simulations/faradays-law   Click the link above to answer the question: Explain the difference between moving the magnet through the coil from the right side versus the left side.

Flux Image Matching The sketches below show a circular coil and a permanent magnet; the arrows indicate both the magnitude and the direction of the velocities of the magnet and coil. Select all the true statements. If no statements are true, select "None of the above." A S В C D S E N 0 F N G O A. The induced voltage in A is zero. OB. The induced voltage in C is non-zero. OC. The induced voltage in B is zero. OD. The induced voltage in E is zero. O E. The induced voltage in D is zero. OF. The induced voltage in G is non-zero. O G. The induced voltage in F is non-zero. O H. None of the above.

PART A: Consider a bar magnet sitting to the left of a coil. if the N pole is closest to the coil, what direction does the magnetic field point at the coil's location? A. Toward the Right B. Toward the Left C. depends on the direction of the coils D. not enough information to tell PART B: If a bar magnet is sitting to the left of a coil with its N pole closest to the coil, and the magnet moves toward the coil, the strength of the magnetic field at the location of the coil gets a) weaker b) stays the same c) stronger d) there is no way to tell PART C: As a magnet moves toward a set of coils, the larger the number of coils per meter, the larger the induced current. a) True b) False

Determine the direction of the induced current when the magnet is moved towards the solenoid. a) top into the page - bottom out of the page b) top out of the page - bottom into the page c) no induced current d) not enough info

Needs Complete typed solution with 100 % accuracy.