Question

The current attained for a single magnet with north pole entering the solenoid is 4.7 milliamps...

The current attained for a single magnet with north pole entering the solenoid is 4.7 milliamps while the current attained for a single magnet with south pole entering the solenoid is 6.4 milliamps. Explain the difference with scientific reasonings.

Science   Advanced-Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #2

answered by: anonymous
0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
How does the direction of the induced current depend on which pole of the permanent magnet...
How does the direction of the induced current depend on which pole of the permanent magnet is inserted into the solenoid?
A bar magnet with its north pole pointing upward is falling toward the center of a...
A bar magnet with its north pole pointing upward is falling toward the center of a horizontal conducting ring. As view from above, what is the direction of the induced current in the ring? Counterclockwise No current is induced Clockwise Vertical
1. Is the magnetic pole of the Earth nearest the geographic North Pole a magnetic north...
1. Is the magnetic pole of the Earth nearest the geographic North Pole a magnetic north or a magnetic south pole? 2. A current in a solenoid coil creates a magnetic field inside that coil. The field strength is directly proportional to: a. the coil area b. the current. c. Both A and B are valid choices. d. None of the above choices are valid. 3. A double loop of wire (making 2 turns) is in the xy-plane centered at...
A bar magnet is dropped vertically with its upper end, a North pole, through a metal...
A bar magnet is dropped vertically with its upper end, a North pole, through a metal ring. If the ring is viewed from above the rings center the induced current in the ring A) will flow clockwise and be increasing. B) will flow clockwise and be decreasing. C) will flow counter-clockwise and be increasing. D) will flow counter-clockwise and be decreasing. E) The induced current will be zero.
So I have a magnet that goes through a metal coil, north entering first, then exits...
So I have a magnet that goes through a metal coil, north entering first, then exits through the other side of the coil. The induced current changes direction half way as the magnet is passing through the coil. So the question is: Why does the induced current change direction when the magnet is halfway going through a coil? Be very specific when answering this one. (Address what is happening to the magnetic flux and the direction of the induced magnetic...
1. The direct current flowing through a coil of a wire in increased. What will happen...
1. The direct current flowing through a coil of a wire in increased. What will happen to the magnetic force produced in the coil? a. it will increase b. it will decrease c. it remains unchanged d. the north pole will switch places with the south pole 2. A copper wire remains stationary within a magnetic field. What can be said about the force applied to the wire? a. it will tend to force the wire away from the field...
a)Assume that there is a long ideal solenoid with 120 turns/cm. It carries a current i=...
a)Assume that there is a long ideal solenoid with 120 turns/cm. It carries a current i= 2 A and it has a diameter 2 cm and a length 5 m. Find the uniform magnetic field inside the solenoid. b) Insert a single circular coil at the center of the long ideal solenoid that is mentioned at part (a). Solenoid and coil are coaxial. Coil has diameter 0.5 cm. Now the current in the solenoid decreases steadily from 2 A to...
a) Assume that there is a long ideal solenoid with 120 turns/cm. It carries a current...
a) Assume that there is a long ideal solenoid with 120 turns/cm. It carries a current i= 2 A and it has a diameter 2 cm and a length 5 m. Find the uniform magnetic field inside the solenoid. Select one: 150 mT 0,30 mT 2 mT 30 mT 9.5 μT b) Insert a single circular coil at the center of the long ideal solenoid that is mentioned at part (a). Solenoid and coil are coaxial. Coil has diameter 0.5...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT