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If R = 30 K $\Omega$ ,C = 50 MF $\varepsilon$ = 60 V,Q = 15 MC,and I = 4

Question 29

Multiple Choice

If R = 3.0 k $\Omega$ ,C = 5.0 mF, $\varepsilon$ = 6.0 V,Q = 15 mC,and I = 4.0 mA,what is the potential difference V_b - V_a? $If R = 3.0 k \Omega ,C = 5.0 mF, \varepsilon = 6.0 V,Q = 15 mC,and I = 4.0 mA,what is the potential difference V<sub>b</sub> - V<sub>a</sub>? A) -3.0 V B) +9.0 V C) -15 V D) +21 V E) -6.0 V$

A) -3.0 V
B) +9.0 V
C) -15 V
D) +21 V
E) -6.0 V

If R = 30 K Ω\OmegaΩ ,C = 50 MF ε\varepsilonε = 60 V,Q = 15 MC,and I = 4

Multiple Choice

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If R = 30 K $\Omega$ ,C = 50 MF $\varepsilon$ = 60 V,Q = 15 MC,and I = 4

Correct Answer:
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