(For this problem, vectors in the text are shown in boldface rather than with arrows over them. Use the standard coordinate system: x horizontal with positive to the right, y vertical with positive up.) 1. Five pairs of vectors are shown. In each pair, the magnitude of the vectors A and B are given. For which pair of vectors does the vector difference A - B not have a magnitude of 5? O b a O e O d O They all have a magnitude of 5 (b B = 2 B = 4 B = 5 A = 5 A = 3 60° 60° A = 3 A 4 в -1 B = 3
(For this problem, vectors in the text are shown in boldface rather than with arrows over them. Use the standard coordinate system: x horizontal with positive to the right, y vertical with positive up.) 1. Five pairs of vectors are shown. In each pair, the magnitude of the vectors A and B are given. For which pair of vectors does the vector difference A - B not have a magnitude of 5? O b a O e O d O They all have a magnitude of 5 (b B = 2 B = 4 B = 5 A = 5 A = 3 60° 60° A = 3 A 4 в -1 B = 3
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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5-1
![**Vectors and Magnitudes Educational Exercise**
_For this problem, vectors in the text are shown in boldface rather than with arrows over them. Use the standard coordinate system: x horizontal with positive to the right, y vertical with positive up._
### Question 1
Five pairs of vectors are shown in the diagram below. In each pair, the magnitude of the vectors **A** and **B** are given. For which pair of vectors does the vector difference **A** - **B** not have a magnitude of 5?
- [ ] b
- [ ] a
- [ ] e
- [ ] d
- [ ] They all have a magnitude of 5
- [ ] c
### Vector Pairs and Specifications:
1. **Pair a**
- **A** = 5 (Vector pointing upward to the right at an angle of 60° from the horizontal axis)
- **B** = 5 (Vector pointing downward to the right at an angle of 60° from the horizontal axis)
2. **Pair b**
- **A** = 3 (Vector pointing strictly upward)
- **B** = 4 (Vector pointing strictly to the right)
3. **Pair c**
- **A** = 3 (Vector pointing strictly to the left)
- **B** = 2 (Vector pointing strictly downward)
4. **Pair d**
- **A** = 4 (Vector pointing upward to the left)
- **B** = 1 (Vector pointing strictly to the right)
5. **Pair e**
- **A** = 4 (Vector pointing strictly upward)
- **B** = 3 (Vector pointing strictly to the left)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa6e25511-95bc-41f4-b277-6fcae3d6d537%2F40da4544-11a1-47ad-991a-d06923f77893%2Fzfzg1v4_processed.png&w=3840&q=75)
Transcribed Image Text:**Vectors and Magnitudes Educational Exercise**
_For this problem, vectors in the text are shown in boldface rather than with arrows over them. Use the standard coordinate system: x horizontal with positive to the right, y vertical with positive up._
### Question 1
Five pairs of vectors are shown in the diagram below. In each pair, the magnitude of the vectors **A** and **B** are given. For which pair of vectors does the vector difference **A** - **B** not have a magnitude of 5?
- [ ] b
- [ ] a
- [ ] e
- [ ] d
- [ ] They all have a magnitude of 5
- [ ] c
### Vector Pairs and Specifications:
1. **Pair a**
- **A** = 5 (Vector pointing upward to the right at an angle of 60° from the horizontal axis)
- **B** = 5 (Vector pointing downward to the right at an angle of 60° from the horizontal axis)
2. **Pair b**
- **A** = 3 (Vector pointing strictly upward)
- **B** = 4 (Vector pointing strictly to the right)
3. **Pair c**
- **A** = 3 (Vector pointing strictly to the left)
- **B** = 2 (Vector pointing strictly downward)
4. **Pair d**
- **A** = 4 (Vector pointing upward to the left)
- **B** = 1 (Vector pointing strictly to the right)
5. **Pair e**
- **A** = 4 (Vector pointing strictly upward)
- **B** = 3 (Vector pointing strictly to the left)
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