A bar magnet is dropped through a upright copper tube and also is observed to fall an extremely slowly, regardless of the fact that mechanically friction in between the magnet and also the pipe is negligible.  Which that following ideal explains the factor for this?

A. The fallout’s magnet magnetizes the copper pipeline which causes the now permanent copper pipe magnet to attract the falling magnet therefore causing the slow descent.

You are watching: If you drop a bar magnet in a vertical copper pipe it will fall slowly because

B. The fallout’s magnet is slowed by the Earth’s magnetic field.

C. The an altering flux of the fall magnet induces a magnetic field in the copper pipe, in the opposite direction that the bar magnet's field, i m sorry impedes the activity through the pipe.

D. Friction and also Air resistance reason the magnet to loss much slower than it would exterior of the tube.

Learn this subject by watchingLenz's Law principle Videos
All Physics Practice difficulties Lenz's regulation Practice Problems
Q.
Q.
Q.
Q.
See all problems in Lenz's Law

Frequently request Questions

What scientific ide do you need to understand in order to fix this problem?

Our tutors have actually indicated that to settle this difficulty you will need to use the Lenz's law concept. You can view video clip lessons to find out Lenz's Law. Or if girlfriend need much more Lenz's law practice, girlfriend can also practice Lenz's law practice problems.

How long does this problem take to solve?

Our experienced Physics tutor, Juan take it 2 minutes and also 41 secs to deal with this problem. You have the right to follow their measures in the video explanation above.

What professor is this difficulty relevant for?

Based on our data, we think this problem is relevant for Professor Urbanc's course at DREXEL.

topics
institutions
find
ACCOUNT
legit © 2021 Clutch Learning, Inc. Clutch prep is not sponsored or endorsed by any kind of college or university.
×

OR
email