Q1. The following question is based on Figure 4.2 of the introduction. Imagine a power source...

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Q1. The following question is based on Figure 4.2 of the introduction. Imagine a power source (battery) is connected between points "V1" and "V4." Is the current flowing through point "C1" equal to the current flowing through the 82\Omega resistor? Is it equal to the current flowing through the 110\ Omega resistor? Explain your reasoning in each case. Q2. The following question is based on Figure 4.2 of the introduction. Imagine a 100 Volt power source (battery) is connected between points "V3" and "V4." What is the current flowing through the 82\ Omega resistor? Explain your answer and show all work (if necessary) to support your response. (V4) 110 51 8292 V3 (C1) (V2) V1 C2 2w 919 Figure 4.2: Schematic diagram of the circuit box Q1. The following question is based on Figure 4.2 of the introduction. Imagine a power source (battery) is connected between points "V1" and "V4." Is the current flowing through point "C1" equal to the current flowing through the 82\Omega resistor? Is it equal to the current flowing through the 110\ Omega resistor? Explain your reasoning in each case. Q2. The following question is based on Figure 4.2 of the introduction. Imagine a 100 Volt power source (battery) is connected between points "V3" and "V4." What is the current flowing through the 82\ Omega resistor? Explain your answer and show all work (if necessary) to support your response. (V4) 110 51 8292 V3 (C1) (V2) V1 C2 2w 919 Figure 4.2: Schematic diagram of the circuit box