Any help that can be provided would be awesome! 1. Are the magnitudes of the two

ID: 1283045 • Letter: A

Question

Any help that can be provided would be awesome!

1. Are the magnitudes of the two peak voltages the same for 1 magnet drop; and why or why not?

A. Yes. Within the experimental uncertainties, the peak voltage were the same, because the net change in flux should be zero.

B. No. The two magnitudes of voltage peaks are different because the sign changes. Their values are the same, but the sign changes.

C. No. The two emf peaks are not the same because the magnet is moving faster due to gravity.

D. Yes. The two emf peaks are the same because the magnet's poles (North and South) have the same strength of field.

9. Are the magnitudes of the two two areas the same for 1 magnet drop; and why or why not?

A. Yes, the two areas are the same magnitude because they must cancel eachother if there is to be zero net change in flux.

B. Yes. Within the experimental uncertainties, the areas were the same, because the voltage peaks are the same.

C. No. The two areas are not the same because the magnet is moving faster due to gravity.

D. No. The two areas are not the same because the magnet's poles (North and South) have slightly different strengths of field.

B. No. The two magnitudes of voltage peaks are different because the sign changes. Their values are the same, but the sign changes

---------------------------------------------

A. Yes, the two areas are the same magnitude because they must cancel eachother if there is to be zero net change in flux.

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.