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## PowerPoint Slideshow about ' Magnetism' - tanek

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Presentation Transcript

It represents the effect a magnet has on its surroundings.

All magnetic fields arise from the motion of electric charge.

Magnetic field lines can be used to represent magnetic fields.

The closer the lines are together, the greater the magnitude of the vector

A magnetic field is represented by the symbol

The direction of a magnetic field

at a given location is the direction in which the north pole of a compass points when it is placed in that location.

A charged particle moving in a magnetic field will experience a force if it has a velocity component perpendicular to the magnetic field.

The Magnetic Force Right Hand Rule (RHR)

Velocity selector.

A device with both magnetic and electric fields present. Only charged particles moving with a certain speed will pass through undeflected.

Conceptual Checkpoint 22-3Which direction should the magnetic field be to give zero force?

A charged particle moving with a velocity perpendicular to a uniform magnetic field, will move in a circle.

- Forces on a long straight current carrying wire in a magnetic field.

- Forces on a long straight current carrying wire in a magnetic field.

- A long straight current carrying wire has charges moving inside it.

- If it is placed in a magnetic field, it will experience a force

- Direction of magnetic forces in a current carrying loop in a magnetic field.

- To calculate the magnitude and direction of the magnetic field in the vicinity of a long straight current carrying wire.

- Apply the magnetic field right hand rule.
- Point your thumb in the direction of current flow.
- Curl your fingers around the wire
- They will point in the direction of the magnetic field.

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