Consider the plane : x - 2y + 3z − 1 = 0 and the line 1: x = -1-29-2 = z + 1. 1. Find the point of intersection of 7 and 1. 2. Find the point-normal equation of the plane perpendicular to 7 and containing 1.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1-y
2
Consider the plane : x - 2y + 3z − 1 = 0 and the line 1: x=
1. Find the point of intersection of 7 and 1.
2. Find the point-normal equation of the plane perpendicular to and containing 1.
= 2 + 1.
Transcribed Image Text:1-y 2 Consider the plane : x - 2y + 3z − 1 = 0 and the line 1: x= 1. Find the point of intersection of 7 and 1. 2. Find the point-normal equation of the plane perpendicular to and containing 1. = 2 + 1.
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