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If L is a line in 2-space or 3-space that passes through the points A and B, then the distance from a point P to the line L is equal to the length of the component of the vector AP that is orthogonal to the vector AB. A Distance A B Use the method above to find the distance from the point P(-3, 1, 12) to the line through A(1, 1,0) and B(-2,3,-4). NOTE: Enter the exact answer.

If L is a line in 2-space or 3-space that passes through the points A and B, then the distance from a point P to the line L is equal to the length of the component of the vector AP that is orthogonal to the vector AB. A Distance A B Use the method above to find the distance from the point P(-3, 1, 12) to the line through A(1, 1,0) and B(-2,3,-4). NOTE: Enter the exact answer.

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If L is a line in 2-space or 3-space that passes through the points A and B, then the distance from a point P to the line L is equal to the length of the component of the vector AP that is orthogonal to the vector AB. A Distance = B Use the method above to find the distance from the point P(-3, 1, 12) to the line through A(1, 1,0) and B(-2,3,-4). NOTE: Enter the exact answer.
Transcribed Image Text:If L is a line in 2-space or 3-space that passes through the points A and B, then the distance from a point P to the line L is equal to the length of the component of the vector AP that is orthogonal to the vector AB. A Distance = B Use the method above to find the distance from the point P(-3, 1, 12) to the line through A(1, 1,0) and B(-2,3,-4). NOTE: Enter the exact answer.
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