1. If the two magnets were 'perfectly symmetric' (both in size and magnetic field strength), what might happen to the resulting flux value when dropped through the coil?

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Q.3
DOUBLE MAGNET (NORTH TO SOUTH)
AREA UNDER
PEAK VOLTAGE
PEAK
CURVE (V s)
Vpeak (V)
-0.0n|
- 0,517
FIRST
-
SECOND
0,0n0
TABLE 4
1. If the two magnets were 'perfectly symmetric' (both in size and magnetic field strength), what might
happen to the resulting flux value when dropped through the coil?
Transcribed Image Text:DOUBLE MAGNET (NORTH TO SOUTH) AREA UNDER PEAK VOLTAGE PEAK CURVE (V s) Vpeak (V) -0.0n| - 0,517 FIRST - SECOND 0,0n0 TABLE 4 1. If the two magnets were 'perfectly symmetric' (both in size and magnetic field strength), what might happen to the resulting flux value when dropped through the coil?
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