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Transcript

Thank you for your attention!

And one more thing...

Conclusion

is here

Objectives: By the end of this lesson you will understand how voltage is created with a magnet and

coiled wire as well as how speed and direction are

related to voltage and current.

VOCABULARY:

VOLTAGE

CURRENT

INDUCTION

COILED WIRE

Properties of Induction

Test Questions

BY: Taylor, Lilianna, and Hannah

1) What two ways can you create voltage with a wire and a magnet?

2) How could you create continuous voltage?

3) How are speed and direction related to voltage and current?

  • induction-process of creating voltage by moving a magnet through coiled wire
  • if you move a magnet through coiled wire slowly and then pull it out quickly, the current is stronger when you pull it out and moves in the opposite direction than when you put it in
  • to create current, you only need to move a magnet over a wire
  • to make continuous voltage, you need to continuously move a magnet through coiled wire

  • the more loops of coiled wire, the greater the voltage

  • when you move a magnet through a coiled wire quickly, voltage increases

  • when you move a magnet through a wire slowly, voltage decreases
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