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Charge and Current: More Practice. A Review of Circuits: Student Learning Goal The student will be able to construct and then compare and contrast.

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Presentation on theme: "Charge and Current: More Practice. A Review of Circuits: Student Learning Goal The student will be able to construct and then compare and contrast."— Presentation transcript:

1 Charge and Current: More Practice

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6 A Review of Circuits: Student Learning Goal The student will be able to construct and then compare and contrast the behaviour and functions of series and parallel DC circuits (D2.2, D3.1).

7 A Review of Circuits SPH4C

8 Circuits A circuit consists of at least one power source (such as a battery) and one load (such as a light bulb). The two need to be connected in a complete, closed loop.

9 Circuit Symbols We can represent circuits with schematic diagrams using the following symbols:

10 Circuit Symbols We can represent circuits with schematic diagrams using the following symbols: Single power cell

11 Circuit Symbols We can represent circuits with schematic diagrams using the following symbols: Single power cell Multiple cells

12 Circuit Symbols We can represent circuits with schematic diagrams using the following symbols: Single power cell Multiple cells Connecting wire

13 Circuit Symbols We can represent circuits with schematic diagrams using the following symbols: Single power cell Multiple cells Connecting wire Load/resistor

14 Circuit Symbols We can represent circuits with schematic diagrams using the following symbols: Single power cell Multiple cells Connecting wire Load/resistor Open switch Closed switch

15 Circuit Symbols We can represent circuits with schematic diagrams:

16 Circuit Symbols We can represent circuits with schematic diagrams:

17 Ammeters To measure the current (I) in an electrical circuit, an ammeter may be placed in the circuit: cell load ammeter

18 Voltmeters The voltage across any part of a circuit may be measured by placing a voltmeter across it:

19 Power The power (in Watts) delivered to a circuit or consumed by a load is:

20 Power: Example A 9-V battery is connected to a load that draws 2 A. What is the power consumed by the load?

21 Power: Example A 9-V battery is connected to a load that draws 2 A. What is the power consumed by the load?

22 Power: Example A 9-V battery is connected to a load that draws 2 A. What is the power consumed by the load?

23 Power: Example A 9-V battery is connected to a load that draws 2 A. What is the power consumed by the load?

24 A Caution Remember never to make a circuit connecting one terminal of the battery to the other without something to consume the power (such as a light bulb) in between. This would be a short circuit.


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