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When applying Kirchhoff's loop rule (such as in Fig. 19–36), does the sign (or direction) of a battery's emf depend on the direction of current through the battery? What about the terminal voltage? r= 1.0 2 E = 18 V R=6.6 N r= 2.0 Q FIGURE 19-36 Question 10. E = 12 V

When applying Kirchhoff's loop rule (such as in Fig. 19–36), does the sign (or direction) of a battery's emf depend on the direction of current through the battery? What about the terminal voltage? r= 1.0 2 E = 18 V R=6.6 N r= 2.0 Q FIGURE 19-36 Question 10. E = 12 V

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When applying Kirchhoff's loop rule (such as in Fig. 19–36), does the sign (or direction) of a battery's emf depend on the direction of current through the battery? What about the terminal voltage? r= 1.0 2 E = 18 V R=6.6 N r= 2.0 Q FIGURE 19-36 Question 10. E = 12 V
Transcribed Image Text:When applying Kirchhoff's loop rule (such as in Fig. 19–36), does the sign (or direction) of a battery's emf depend on the direction of current through the battery? What about the terminal voltage? r= 1.0 2 E = 18 V R=6.6 N r= 2.0 Q FIGURE 19-36 Question 10. E = 12 V
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