Electrical Circuits CEP 416
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To light a bulb in an electrical circuit you need a battery as the power source and wire to conduct energy from the battery through the circuit to the bulb. The document provides instructions to use a battery, wire and bulb to create different electrical circuits and observe any patterns noticed from lighting the bulb through different circuit configurations.
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3) The basic concepts of electric charge, magnetic fields, and how circuits work using concepts like voltage, current, and resistance.
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3) Physics can help address climate change through understanding thermodynamics of how greenhouse gases trap heat and developing better batteries to reduce fossil fuel use.
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- Static electricity occurs when surfaces rub against each other, transferring electrons between them and building up positive or negative charges.
- Electric current involves the flow of electrons along a wire or conductor, which can be measured in amps. Voltage measures the energy supplied by these charges and is measured in volts.
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- Completing lab worksheets and studying for an upcoming quiz
- Reading class notes and the class blog for additional information
- Bringing a fruit to the next class lab
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- 1. Electrical Circuits How They Work
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