This topic contains a solution. Click here to go to the answer

Author Question: Explain the principle of electromagnetic induction. What will be an ideal ... (Read 104 times)

imowrer

  • Hero Member
  • *****
  • Posts: 514
Explain the principle of electromagnetic induction.
 
  What will be an ideal response?

Question 2

The temperature difference between the hot water entering the tower and the cold water leaving the tower is known as:
 
  A) Heat load. B) Wet-bulb depression.
  C) Cooling range. D) Approach.



Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question
Marked as best answer by a Subject Expert

soda0602

  • Sr. Member
  • ****
  • Posts: 313
Answer to Question 1

Electromagnetic induction occurs when two coils of wire are placed in close proximity to each other. As AC current is passed through the first coil it creates flux lines as the current increases from zero to peak. When the current returns from peak back to zero, the flux lines will collapse. When the flux lines collapse, they pass the 2nd coil of wire and create a current flow in that coil. The current is created in the second coil without any electrical connections between the two coils.

Answer to Question 2

C




soda0602

  • Sr. Member
  • ****
  • Posts: 313

 

Did you know?

Cyanide works by making the human body unable to use oxygen.

Did you know?

HIV testing reach is still limited. An estimated 40% of people with HIV (more than 14 million) remain undiagnosed and do not know their infection status.

Did you know?

The word drug comes from the Dutch word droog (meaning "dry"). For centuries, most drugs came from dried plants, hence the name.

Did you know?

Prostaglandins were first isolated from human semen in Sweden in the 1930s. They were so named because the researcher thought that they came from the prostate gland. In fact, prostaglandins exist and are synthesized in almost every cell of the body.

Did you know?

There are major differences in the metabolism of morphine and the illegal drug heroin. Morphine mostly produces its CNS effects through m-receptors, and at k- and d-receptors. Heroin has a slight affinity for opiate receptors. Most of its actions are due to metabolism to active metabolites (6-acetylmorphine, morphine, and morphine-6-glucuronide).

For a complete list of videos, visit our video library