Exploring Magnetism
Drawing arrows around the bar magnet, indicating where the N pointer of the compass points. We can observe the arrows pointing away on one side and towards the magnet on the other.
Here is very cool look at metal shavings, and how they react to the compass. They are pretty much a million little compasses, indicating the flow of the magnetic field.
After updating the magnetic field lines of the bar magnet to a more accurate model, we measured flux on 3 different spots. Flux around the South Pole, Flux around the North Pole, and Flux somewhere in space, not containing any pole.
We witness that the flux anywhere outside the poles was zero.
We witness that the flux anywhere outside the poles was zero.
How a magnet alters the behavior of a charged electrons flight path.
Electricity and Magnetism
we are going to calculate the magnitude of the magnetic field generated by the magnet, using current running through a copper pipe, and how long it takes for the pipe to move a certain distance.
Calculations using the given variables to calculate the magnitude of the magnets magnetic field
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