Questions: Refer to the vectors below. b=[3,4,-2] c=[-1,-4,3] d=[1,4,0] Compute the indicated vector. 2c-3b-d

Refer to the vectors below.
b=[3,4,-2]  c=[-1,-4,3]  d=[1,4,0]

Compute the indicated vector.
2c-3b-d
Transcript text: Refer to the vectors below. \[ \mathbf{b}=[3,4,-2] \quad \mathbf{c}=[-1,-4,3] \quad \mathbf{d}=[1,4,0] \] Compute the indicated vector. \[ 2 c-3 b-d \]
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Solution

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Solution Steps

Step 1: Multiply Vector \(\mathbf{c}\) by 2

First, we need to multiply each component of vector \(\mathbf{c} = [-1, -4, 3]\) by 2:

\[ 2\mathbf{c} = 2 \times [-1, -4, 3] = [-2, -8, 6] \]

Step 2: Multiply Vector \(\mathbf{b}\) by 3

Next, we multiply each component of vector \(\mathbf{b} = [3, 4, -2]\) by 3:

\[ 3\mathbf{b} = 3 \times [3, 4, -2] = [9, 12, -6] \]

Step 3: Subtract Vectors \(3\mathbf{b}\) and \(\mathbf{d}\) from \(2\mathbf{c}\)

Now, we need to subtract the vectors \(3\mathbf{b}\) and \(\mathbf{d} = [1, 4, 0]\) from \(2\mathbf{c}\):

\[ 2\mathbf{c} - 3\mathbf{b} - \mathbf{d} = [-2, -8, 6] - [9, 12, -6] - [1, 4, 0] \]

Perform the subtraction component-wise:

\[ = [-2 - 9 - 1, -8 - 12 - 4, 6 - (-6) - 0] \]

\[ = [-12, -24, 12] \]

Final Answer

The resulting vector is:

\[ \boxed{[-12, -24, 12]} \]

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