Identify the electromagnets with poles that are, №15241194, 05.09.2022 17:16

Physics

Select the correct images. Identity the electromagnets with poles that are reversed from the electromagnet shown above.

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P Answered by Master

17

I think it is the third one

Explanation:

Everything about it is flipped

Physics

Select the correct images identify the electromagnets with poles that are reversed from the electromagnet shown above

Step-by-step answer

P Answered by PhD

We've attached a picture of the 3 electromagnets options below the main electromagnet.

Answer:

The third electromagnet is correct.

Explanation:

From the attached image, in the electromagnet above the 3, we can see that the positive terminal comes before the negative terminal at the bottom left.

Now, when it is reversed, they will both move to the bottom right but their position will change with the negative coming before the positive.

Also, the electric current arrow inside the circle points in the north west direction but when it is reversed, it will point in the north east direction.

Also, the winded coil over the pole remains the same.

Thus, the only option that fulfills this reversed positions is the 3rd electromagnet

We've attached a picture of the 3 electromagnets options below the main electromagnet.Answer:The thi

Physics

Alice builds an electric motor by positioning an electromagnet between the poles of a permanent magnet. When the electromagnet turns, the current through it switches direction because its connections to the voltage source are reversed. The repeated switching of the electromagnet s poles causes it to spin. This particular motor is used to turn the wheels of a toy car. Which of the following actions would increase the amount of force applied to the wheels of the toy car? A. replacing the magnet with a stronger magnet B. increasing the distance between

Step-by-step answer

P Answered by Specialist

21

A

Explanation:

Already had this question

Physics

Alice builds an electric motor by positioning an electromagnet between the poles of a permanent magnet. When the electromagnet turns, the current through it switches direction because its connections to the voltage source are reversed. The repeated switching of the electromagnet s poles causes it to spin. This particular motor is used to turn the wheels of a toy car. Which of the following actions would increase the amount of force applied to the wheels of the toy car? A. replacing the magnet with a stronger magnet B. increasing the distance between

Step-by-step answer

P Answered by Specialist

21

A

Explanation:

Already had this question

English

An led requires a forward-bias voltage of volt(s). a. 0.5 to 0.7 b. 1.5 to 2.2 c. 4.5 to 5.1 d. 0.3 to 0.5 gmlan is the general motors term for which type of module communication? a. high-speed can b. class 2 c. uart d. keyword 2000 what is the function of a capacitor in an electrical circuit? a. current-limiting resistor b. energy storage device c. current-timing device d. one-way current switch breakdown voltage is the voltage at which a zener diode will a. get damaged as a result of overload. b. stop the flow of either forward or reverse current.

Step-by-step answer

P Answered by Master

6

1. Is B. 1.5 to 2.2

2. Is A. High-speed CAN

3. Is B. Energy Storage device

4. Is C. Allow reverse current to flow

5. Is B. Transistor

7. Is C. Farad

11. Is D. 0 and 7V

12. Is C. Both A and B

13. Is A. The wire is connected between two grounds

14. Is D. A lower current circuit controls a higher current circuit

15 is B. Powertrain control module

The others I don't know good luck

English

An led requires a forward-bias voltage of volt(s). a. 0.5 to 0.7 b. 1.5 to 2.2 c. 4.5 to 5.1 d. 0.3 to 0.5 gmlan is the general motors term for which type of module communication? a. high-speed can b. class 2 c. uart d. keyword 2000 what is the function of a capacitor in an electrical circuit? a. current-limiting resistor b. energy storage device c. current-timing device d. one-way current switch breakdown voltage is the voltage at which a zener diode will a. get damaged as a result of overload. b. stop the flow of either forward or reverse current.

Step-by-step answer

P Answered by Specialist

6

1. Is B. 1.5 to 2.2

2. Is A. High-speed CAN

3. Is B. Energy Storage device

4. Is C. Allow reverse current to flow

5. Is B. Transistor

7. Is C. Farad

11. Is D. 0 and 7V

12. Is C. Both A and B

13. Is A. The wire is connected between two grounds

14. Is D. A lower current circuit controls a higher current circuit

15 is B. Powertrain control module

The others I don't know good luck

Physics

Which is an important step in how an electric motor uses magnetic force to produce motion? a) as the north pole of the electromagnet nears the north pole of the permanent magnet, the current reverses and the poles of the magnets then attract. b) as the north pole of the electromagnet nears the south pole of the permanent magnet, the current reverses and the poles of the magnets then repel. c) as the north pole of the electromagnet nears the north pole of the permanent magnet, the current reverses and the poles of the magnets then repel. d) as the

Step-by-step answer

P Answered by PhD

24

B) As the north pole of the electromagnet nears the south pole of the permanent magnet, the current reverses and the poles of the magnets then repel.

Explanation:

As we know that electric motor is based on the concept of torque due to magnetic field on current carrying coil.

Here as the current is passing through the coil the torque on the coil is given as

$\tau = NiAB sin\theta$

so here the magnetic field due to coil will continuously repelling the current carrying coil as it will move between the magnetic field so direction of current in the coil will change continuously so that it will always repel by the magnetic field and continuously rotated between the magnets

Physics

Which description correctly summarizes how an electric motor causes an axle to turn? O Force generated through the brushes rotates the commutators. They then generate a force that rotates the armature to spin until the like poles of the electromagnet and the permanent magnet align and motion stops. O The poles of the magnetic field generated around the armature are attracted to the opposite poles of the permanent magnet. As the opposite poles align, the commutator reverses the current direction so like poles are aligned and the armature continues

Step-by-step answer

P Answered by PhD

B. The poles of the magnetic field generated around the armature are attracted to the opposite poles of the permanent magnet. As the opposite poles align, the commutator reverses the current direction so like poles are aligned and the armature continues to spin.

Explanation:

hope i helped, its correct on EDGE2021

Physics

Which description correctly summarizes how an electric motor causes an axle to turn? O Force generated through the brushes rotates the commutators. They then generate a force that rotates the armature to spin until the like poles of the electromagnet and the permanent magnet align and motion stops. O The poles of the magnetic field generated around the armature are attracted to the opposite poles of the permanent magnet. As the opposite poles align, the commutator reverses the current direction so like poles are aligned and the armature continues

Step-by-step answer

P Answered by PhD

B. The poles of the magnetic field generated around the armature are attracted to the opposite poles of the permanent magnet. As the opposite poles align, the commutator reverses the current direction so like poles are aligned and the armature continues to spin.

Explanation:

hope i helped, its correct on EDGE2021

Physics

In an electric motor, how do the permanent magnets and the electromagnet interact? PLEASE ANSWER FAST A. The electromagnet causes the permanent magnets to reverse poles. B. The permanent magnets reverse the current in the electromagnet. C. The electromagnet reverses the current in the permanent magnets. D. The permanent magnets cause the metal loop in the electromagnet to turn. if you don’t know don’t answer

Step-by-step answer

P Answered by Master

47

The correct asnwer is D. The permanent magnets cause the metal loop in the

electromagnet to turn.

In an electric motor, how do the permanent magnets and the electromagnet
interact?
PLEASE ANSWER FAS

Identify the electromagnets with poles that are reversed from the electromagnet shown above

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