Fundamentals of Circuits ### Part A**Question:**What is the value of resistor \(R\) in (Figure 1) if \(\Delta V = 9.7 \text{ V}\) and \(I = 1.9 \text{ A}\)? Express your answer in ohms.**Answer Box:**\[ R = \_\_\_\_\_\ \Omega \]**Submit Button:**[Submit]**Feedback Link:**[Provide Feedback]### Figure Description**Figure 1:**The figure illustrates an electrical circuit. The circuit contains three resistors connected in a combination of series and parallel configuration. The labels within the circuit are as follows:1. Voltage difference across the circuit: \(\Delta V\)2. Current flowing through the circuit: \(I\)3. Three resistors in the circuit: - The first resistor is labeled as \(10 \ \Omega\). - The second resistor is labeled as \(15 \ \Omega\). - The third resistor is labeled as \(R\) (the value to be determined).The arrangement within the figure shows the \(10 \ \Omega\) and \(15 \ \Omega\) resistors connected in series, and this combination is in parallel with the resistor \(R\).---By analyzing this setup, students can utilize Kirchhoff's laws or the equivalent resistance formulas to determine the value of the unknown resistor \(R\).

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Figure AV ION ISA ww < 1 of 1 What is the value of resistor R in (Figure 1) if AV = 9.7 V and I = 1.9 A? Express your answer in ohms. View Available Hint(s) R= Submit [5] ΑΣΦΙΚΟ Provide Feedback ? S2

Figure AV ION ISA ww < 1 of 1 What is the value of resistor R in (Figure 1) if AV = 9.7 V and I = 1.9 A? Express your answer in ohms. View Available Hint(s) R= Submit [5] ΑΣΦΙΚΟ Provide Feedback ? S2

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Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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Fundamentals of Circuits

### Part A

**Question:**
What is the value of resistor \(R\) in (Figure 1) if \(\Delta V = 9.7 \text{ V}\) and \(I = 1.9 \text{ A}\)? Express your answer in ohms.

**Answer Box:**
\[ R = \_\_\_\_\_\ \Omega \]

**Submit Button:**
[Submit]

**Feedback Link:**
[Provide Feedback]

### Figure Description

**Figure 1:**
The figure illustrates an electrical circuit. The circuit contains three resistors connected in a combination of series and parallel configuration. The labels within the circuit are as follows:

1. Voltage difference across the circuit: \(\Delta V\)
2. Current flowing through the circuit: \(I\)
3. Three resistors in the circuit:
- The first resistor is labeled as \(10 \ \Omega\).
- The second resistor is labeled as \(15 \ \Omega\).
- The third resistor is labeled as \(R\) (the value to be determined).

The arrangement within the figure shows the \(10 \ \Omega\) and \(15 \ \Omega\) resistors connected in series, and this combination is in parallel with the resistor \(R\).

---

By analyzing this setup, students can utilize Kirchhoff's laws or the equivalent resistance formulas to determine the value of the unknown resistor \(R\).

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