By Philip J. Davis
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Additional info for The Schwarz function and its applications
This view is looked at in great detail, starting in Chapter 4 where we consider Ohm’s law. For the moment, however, we will stay with Equation 2–2, which is important because it provides the theoretical foundation for many of the important circuit relationships that you will soon encounter. Symbol for DC Voltage Sources Consider again Figure 2–1. The battery is the source of electrical energy that moves charges around the circuit. This movement of charges, as we will soon see, is called an electric current.
The switch is closed for a short interval, then opened. If I ϭ 6 A and the battery expends 230 040 J moving charge through the circuit, how long was the switch closed? 5 Practical DC Voltage Sources Batteries Batteries are the most common dc source. They are made in a variety of shapes, sizes, and ratings, from miniaturized button batteries capable of delivering only a few microamps to large automotive batteries capable of delivering hundreds of amps. Common sizes are the AAA, AA, C, and D as illustrated in the various photos of this chapter.
Compute the force between the following charges and state whether it is attractive or repulsive. a. A ϩ1 mC charge and a ϩ7 mC charge, separated 10 mm b. Q1 ϭ 8 mC and Q2 ϭ Ϫ4 mC, separated 12 cm 9. 10. 11. 12. 13. 14. 15. c. Two electrons separated by 12 ϫ 10Ϫ8 m d. 3 ϫ 10Ϫ11 m e. 7 ϫ 10Ϫ11 m The force between a positive charge and a negative charge that are 2 cm apart is 180 N. If Q1 ϭ 4 mC, what is Q2? Is the force attraction or repulsion? If you could place a charge of 1 C on each of two bodies separated 25 cm center to center, what would be the force between them in newtons?
The Schwarz function and its applications by Philip J. Davis