Grade 10 Exam > Grade 10 Notes > Physics for Grade 10 > Graphs of Potential Difference in the Coil
Graphs of Potential Difference in the Coil | Physics for Grade 10 PDF Download
Oscilloscopes
- A device called an oscilloscope is used to show how the potential difference generated in the coil changes over time
- It will produce a line, called a trace, on a screen
- The vertical axis of the trace is the generated potential difference
- The higher the line, the greater the amount of potential difference induced
- The horizontal axis of the trace is time
- This allows the variation in potential difference against time to be shown
Trace of generated potential difference against time on an oscilloscope
Alternating Potential Difference Trace on an Oscilloscope
- An alternator consists of a rotating magnet next to (or inside) a coil
Alternating potential difference trace showing the position of the magnet relative to the coil
- When the magnet is in position 1 the magnetic field lines of the magnet do not cut the coil
- This means that there is no potential difference induced in the coil
- When the magnet is in position 2 the magnetic field lines of the magnet are at 90o to the coil
- This means that there will be maximum potential difference induced in the coil
- When the magnet is in position 3 the magnetic field lines of the magnet do not cut the coil
- This means that there is no potential difference induced in the coil
- When the magnet is in position 4 the magnetic field lines of the magnet are at 90o to the coil
- This means that there will be maximum potential difference induced in the coil
- As the poles of the magnet are reversed compared to position 2 the induced potential difference will also be in the opposite direction compared to position 2
- This means that the trace is negative
Direct Potential Difference Trace on an Oscilloscope
- A dynamo consists of a coil, which is rotated by a mechanical process, inside a magnetic field
Direct potential difference trace showing the position of the coil relative to the magnetic field
- When the coil is in position 1 the magnetic field lines of the magnet do not cut the coil
- This means that there is no potential difference induced in the coil
- When the coil is in position 2 the magnetic field lines of the magnet are at 90o to the coil
- This means that there will be maximum potential difference induced in the coil
- When the coil is in position 3 the magnetic field lines of the magnet do not cut the coil
- This means that there is no potential difference induced in the coil
- When the coil is in position 4 the magnetic field lines of the magnet are at 90o to the coil
- This means that there will be maximum potential difference induced in the coil
- The trace will remain positive because there has been no change to the direction of the magnetic field
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