SOLUTION: Consider the line L in R^3
, given by x = −λ + 2, y = 2λ − 1, and z = λ + 3 where λ ∈ R.
(a) Verify that the point (2, −1, 3) lies on
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-> SOLUTION: Consider the line L in R^3
, given by x = −λ + 2, y = 2λ − 1, and z = λ + 3 where λ ∈ R.
(a) Verify that the point (2, −1, 3) lies on
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Question 1117970: Consider the line L in R^3
, given by x = −λ + 2, y = 2λ − 1, and z = λ + 3 where λ ∈ R.
(a) Verify that the point (2, −1, 3) lies on L, but that (1, 1, 1) does not.
(b) Find the cartesian equation for the plane P, containing (2, −1, 3), that is orthogonal to L. Answer by ikleyn(52803) (Show Source):
