Questions: The figure shows a rectangular box in three-dimensional space that contains several vectors. (The vector c is in the xz-plane, and the vector e is in the xy-plane.) Are the following statements true or false? 1. d = g - c 2. g = f + a 3. a = -b 4. c = f 5. a = d 6. e = a - b

The figure shows a rectangular box in three-dimensional space that contains several vectors. (The vector c is in the xz-plane, and the vector e is in the xy-plane.)

Are the following statements true or false?

1. d = g - c

2. g = f + a

3. a = -b

4. c = f

5. a = d

6. e = a - b
Transcript text: The figure shows a rectangular box in three-dimensional space that contains several vectors. (The vector c is in the $x z$-plane, and the vector $e$ is in the $x y$-plane.) Are the following statements true or false? 1. $\mathbf{d}=g-c$ 2. $\mathbf{g}=\mathbf{f}+\mathbf{a}$ 3. $\mathbf{a}=-\mathbf{b}$ 4. $c=f$ 5. $\mathbf{a}=\mathrm{d}$ 6. $e=a-b$
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Solution

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Solution Steps

Step 1: Analyze vector d

Vector d starts at the origin and ends at the same point as the tail of vector c. Vector g starts at the origin and ends at the same point as the head of vector c. Therefore, vector c + vector d = vector g. Rearranging, vector d = vector g - vector c.

Step 2: Analyze vector g

Vector g starts at the origin and ends at the corner formed by vectors f and a. Vector f starts at the origin and aligns with the y-axis. Vector a is parallel to the z-axis. The vector sum f + a results in a vector equivalent to g.

Step 3: Analyze vectors a and b

Vector a is oriented in the positive z direction and vector b is oriented in the positive z direction. Thus, vector b = vector a, and it is not true that a = -b.

Final Answer:

  1. True
  2. True
  3. False
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