9 What is the magnitude of the magnetic field at point P generated by the current flowing in wire 1? Enter the numerical value in Sl units. Type your answer. 10 What is the direction of the magnetic field at point P generated by the current flowing in wire 1. O Into the page (-z) To the right (+x) Down towards the bottom (-y) To the left (-x) Out of the page (+z) Up towards the top (+y) 11 If a current of I2 = 6,918 A flows through wire 2, what is the magnitude of the net magnetic field at point P generated by the currents flowing in both wires 1 & 2? Enter the numerical value in SI units. Type your answer. 12 What is the direction of the net magnetic field at point P generated by the currents flowing in both wires 1 & 2. To the right (+x) Down towards the bottom (-y) Up towards the top (+y) To the left (-x) Into the page (-z) Out of the page (+z)

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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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### Wire Configuration

**Diagram Explanation:**
The diagram shows two parallel wires, labeled as Wire 1 and Wire 2, with current \( I_1 \) flowing upwards in Wire 1 and current \( I_2 \) flowing downwards in Wire 2. The wires are separated by a distance of \( d = 5 \) mm. A point \( P \) is located at a distance \( d = 5 \) mm from Wire 2, on the side opposite Wire 1.

#### Problem Description:
- **Wire 1:** A current of \( I_1 = 2000 \) A flows in the \( +y \)-direction.
- **Wire 2:** A current of \( I_2 \) flows in the \( -y \)-direction (specific magnitude given in question 11).

#### Questions:

**Question 9:**
What is the magnitude of the magnetic field at point P generated by the current flowing in wire 1? Enter the numerical value in SI units.

[Type your answer...]

**Question 10:**
What is the direction of the magnetic field at point P generated by the current flowing in wire 1?
- [ ] Into the page (-z)
- [ ] To the right (+x)
- [ ] Down towards the bottom (-y)
- [ ] To the left (-x)
- [ ] Out of the page (+z)
- [ ] Up towards the top (+y)

**Question 11:**
If a current of \( I_2 = 6,918 \) A flows through wire 2, what is the magnitude of the net magnetic field at point P generated by the currents flowing in both wires 1 & 2? Enter the numerical value in SI units.

[Type your answer...]

**Question 12:**
What is the direction of the net magnetic field at point P generated by the currents flowing in both wires 1 & 2?
- [ ] To the right (+x)
- [ ] Down towards the bottom (-y)
- [ ] Up towards the top (+y)
- [ ] To the left (-x)
- [ ] Into the page (-z)
- [ ] Out of the page (+z)
Transcribed Image Text:### Wire Configuration **Diagram Explanation:** The diagram shows two parallel wires, labeled as Wire 1 and Wire 2, with current \( I_1 \) flowing upwards in Wire 1 and current \( I_2 \) flowing downwards in Wire 2. The wires are separated by a distance of \( d = 5 \) mm. A point \( P \) is located at a distance \( d = 5 \) mm from Wire 2, on the side opposite Wire 1. #### Problem Description: - **Wire 1:** A current of \( I_1 = 2000 \) A flows in the \( +y \)-direction. - **Wire 2:** A current of \( I_2 \) flows in the \( -y \)-direction (specific magnitude given in question 11). #### Questions: **Question 9:** What is the magnitude of the magnetic field at point P generated by the current flowing in wire 1? Enter the numerical value in SI units. [Type your answer...] **Question 10:** What is the direction of the magnetic field at point P generated by the current flowing in wire 1? - [ ] Into the page (-z) - [ ] To the right (+x) - [ ] Down towards the bottom (-y) - [ ] To the left (-x) - [ ] Out of the page (+z) - [ ] Up towards the top (+y) **Question 11:** If a current of \( I_2 = 6,918 \) A flows through wire 2, what is the magnitude of the net magnetic field at point P generated by the currents flowing in both wires 1 & 2? Enter the numerical value in SI units. [Type your answer...] **Question 12:** What is the direction of the net magnetic field at point P generated by the currents flowing in both wires 1 & 2? - [ ] To the right (+x) - [ ] Down towards the bottom (-y) - [ ] Up towards the top (+y) - [ ] To the left (-x) - [ ] Into the page (-z) - [ ] Out of the page (+z)
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