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Understanding Charge Carriers and Resistors in Circuits

Enhance your knowledge on charge carriers in metals, battery-resistor connections, and dissipation of energy in circuits with this quiz. Learn how altering resistance impacts current flow and energy transformation.

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Understanding Charge Carriers and Resistors in Circuits

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  1. Chapter 22Reading Quiz Dr. Harold Williams

  2. Reading Quiz • The charge carriers in metals are • electrons. • positrons. • protons. • a mix of protons and electrons. Slide 22-6

  3. Answer • The charge carriers in metals are • electrons. • positrons. • protons. • a mix of protons and electrons. Slide 22-7

  4. Reading Quiz • A battery is connected to a resistor. Increasing the resistance of the resistor will • increase the current in the circuit. • decrease the current in the circuit. • not affect the current in the circuit. Slide 22-8

  5. Answer • A battery is connected to a resistor. Increasing the resistance of the resistor will • increase the current in the circuit. • decrease the current in the circuit. • not affect the current in the circuit. Slide 22-9

  6. Reading Quiz • A battery is connected to a resistor. As charge flows, the chemical energy of the battery is dissipated as • current. • voltage. • charge. • thermal energy. Slide 22-10

  7. Answer • A battery is connected to a resistor. As charge flows, the chemical energy of the battery is dissipated as • current. • voltage. • charge. • thermal energy. Slide 22-11

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