Problem

Compute the equivalent resistance of the network …

02:48

Problem 51 Hard Difficulty

Now the three resistors of the previous problem are connected in series to the same battery. Answer the same questions for this situation.

Answer

(a) $R_{\text { eq }}=8.8 \Omega$
(b) $I_{1.6}=I_{2.4}=I_{4.8}=3.18 \mathrm{A}$
(c) $I_{t}=3.18 \mathrm{A}$
(d) $V_{1.6}=5.09 \mathrm{V}, V_{2.4}=7.63 \mathrm{V}$ and $V_{4.8}=15.26 \mathrm{V}$
(e) $P_{1.6}=5.18 \mathrm{W}, P_{2.4}=24.27 \mathrm{W}$ and $P_{4.8}=48.54 \mathrm{W}$
(f) Greatest resistance

Related Courses

Physics 102 Electricity and Magnetism

College Physics

Chapter 19

Current, Resistance, and Direct-Current Circuit

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Video Transcript

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