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The measurement of how much light you are getting from a bulb.

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Electrical current passes through a gas inside a phosphor-coated tube, making the gas emit ultraviolet radiation, which causes the phosphor to glow.

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Electric current passes through a thin tungsten filament making the filament heat up and glow, emitting light.

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Filament is encased in a glass capsule that has pressurized gas, allowing the filament to be heated to higher temperatures and have a brighter light.

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Light

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Total amount of energy used in a given time period.
(usage x watts)

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Light bulb

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Impedes the current by using energy.

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Used to create resistance.

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Measure of how much electrical energy is in a circuit

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V=IR

R=V/I

I=V/R

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Energy used by a device each second

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Measured in watts/kilowatts

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The amount of energy given to each electron

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Used to find the volts.

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6.2 x 10^18 electron, used to measure currents.

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Amps

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Number of electrons moving through a circuit.

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Type of load

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Used to find the amps through a circuit.

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Series circuits:

Connected by only one branch, the current goes through all the parts. If a lamp breaks on a series circuit the circuit will be broken and will not work.

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Parallel circuits:

Connected by different branches of the wire. If a lamp on the parallel circuit breaks the other parts on the branches will keep working, unlike a series circuit.

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1.5V per cell

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Switches the circuit on or off

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Converts electrical energy into a form of energy

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Provide a controlled path for the electric current to follow

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Generates electrical energy
- Cell or battery

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1. Source

2. Connectors

3. Load

4. Switch/ Control

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Movement of the electrons.

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Current Electricity:

The controlled flow of electrons through a conductor

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1. Charged objects attract neutral objects

2. Objects with the same charge repel

3. Unlike charges attract

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Negative charge

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can be positive or negative

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Temporary Induction:

When a charged object is held near a neutral object, this causes the electrons in the neutral object to rearrange themselves.

Permanent Induction:

Charged ground wire attached to object.

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Contact:

A neutral and charged object come in contact, attempt be both balance, and have the same charge.

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Friction:

Two neutral objects rubbed, result in opposite charges, one positive and one negative.

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- Friction
- Contact (Conduction)
- Induction

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The buildup of electrons (negative charges) on an object