Right Hand Rule (RHR) Fundamentals
A current carrying wire is placed into a magnetic field. Which way does the wire move?
“A current carrying wire” is what part of the right-hand rule?
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A current carrying wire is placed into a magnetic field. Which way does the wire move?
The direction the wire moves is what part of the right-hand rule?
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A current carrying wire is placed into a magnetic field. Which way does the wire move?
The magnetic field is what part of the RHR?
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A wire is placed inside a magnetic field. When a battery is connected to the wire, current flows thru the wire, causing the wire to jump.
The direction the wire jumps is what part of the RHR?
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A wire is placed inside a magnetic field. When a battery is connected to the wire, current flows thru the wire, causing the wire to jump.
The direction the current flows in the wire is what part of the RHR?
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A wire is pushed into a magnetic field, which causes an induced current in the wire.
The direction the wire is pushed is what part of the RHR?
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A wire is pushed into a magnetic field, which causes an induced current in the wire.
The direction of the induced current is what part of the RHR?
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An induced current is due to what?
- An external power supply.
- A magnetic field moving charges in a wire.
A wire is pulled between two magnets. What direction does current flow in the wire?
The direction the wire is pulled is what part of the RHR?
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A wire is pulled between two magnets. What direction does current flow in the wire?
The direction the current flows is what part of the RHR?
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A moving proton turns in a constant magnetic field.
The direction the proton is moving is what part of the RHR?
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A moving proton turns in a constant magnetic field.
The direction the proton turns is what part of the RHR?
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A magnetic field always points from:
- N to S
- S to N
- Direction doesn’t matter