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Exercise 6.12 a) Write the cartesian equation of the plane orthogonal too: x-y+2z = 0 and containing the line T: x + 2y = 3 x-z = 1. b) Determine the points of r having distance √6 from the line s = no. c) Write the equations of Q2(1, 3, 1), Q3(6, 2,-2). in the frame defined by the points Qo(1, 1,0), Q1(2, 0, 2),

Exercise 6.12 a) Write the cartesian equation of the plane orthogonal too: x-y+2z = 0 and containing the line T: x + 2y = 3 x-z = 1. b) Determine the points of r having distance √6 from the line s = no. c) Write the equations of Q2(1, 3, 1), Q3(6, 2,-2). in the frame defined by the points Qo(1, 1,0), Q1(2, 0, 2),

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Exercise 6.12 a) Write the cartesian equation of the plane orthogonal too : x-y+2z = 0 and containing the line T: x + 2y = 3 x-z=1. b) Determine the points of r having distance √6 from the lines = no. c) Write the equations of Q2(1, 3, 1), Q3(6, 2,-2). in the frame defined by the points Qo(1, 1,0), Q₁(2, 0, 2),
Transcribed Image Text:Exercise 6.12 a) Write the cartesian equation of the plane orthogonal too : x-y+2z = 0 and containing the line T: x + 2y = 3 x-z=1. b) Determine the points of r having distance √6 from the lines = no. c) Write the equations of Q2(1, 3, 1), Q3(6, 2,-2). in the frame defined by the points Qo(1, 1,0), Q₁(2, 0, 2),
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