a) Draw the magnetic field around a copy of the solenoid shown below and identify the North and South poles of the solenoid. b) i) Explain why an emf is induced as a magnet is moved towards one end of another solenoid which is not connected to a battery. S movement ii) Explain what happens when the same magnet is now pulled away from the solenoid
a) Draw the magnetic field around a copy of the solenoid shown below and identify the North and South poles of the solenoid. b) i) Explain why an emf is induced as a magnet is moved towards one end of another solenoid which is not connected to a battery. S movement ii) Explain what happens when the same magnet is now pulled away from the solenoid
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Transcribed Image Text:a) Draw the magnetic field around a copy of the solenoid shown below and identify the
North and South poles of the solenoid.
b) i) Explain why an emf is induced as a magnet is moved towards one end of another
solenoid which is not connected to a battery.
S
movement
ii) Explain what happens when the same magnet is now pulled away from the solenoid
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