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(Solved): Part 3: Electromagnetic Induction Connect the induction coil to the galvanometer. Note the directi ...



Part 3: Electromagnetic Induction
Connect the induction coil to the galvanometer. Note the direction of the resulting current

5. Why are the deflections the same in steps (a) and (e)?
6. What is the correlation between the speed at which the magnet is

Part 3: Electromagnetic Induction Connect the induction coil to the galvanometer. Note the direction of the resulting current on the galvanometer (positive, negative, or zero) for each of the following cases: Questions from Part 3: 1. What does the galvanometer measure? 2. Why is there a deflection in step (a)? 3. Why is there no deflection in step (b)? 4. Why are the deflections opposite in steps (a) and (c)? 5. Why are the deflections the same in steps (a) and (e)? 6. What is the correlation between the speed at which the magnet is moved and the amount of current? Explain this correlation.


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