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A linear combination of of u = 3 and v= 4 will give a plane in R³. Given that the point (2, 1, −1) lies [2] 4 on the plane, which one of the following is the equation of the plane? Select one alternative: ○ 4x - 7y + 6z = -5 O 4x 6y +7z = -5 ○ 4x + 6y - 7z = 21 x-6y-7z=3

A linear combination of of u = 3 and v= 4 will give a plane in R³. Given that the point (2, 1, −1) lies [2] 4 on the plane, which one of the following is the equation of the plane? Select one alternative: ○ 4x - 7y + 6z = -5 O 4x 6y +7z = -5 ○ 4x + 6y - 7z = 21 x-6y-7z=3

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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A linear combination of of u = 3 and v = 4 will give a plane in R³. Given that the point (2, 1, −1) lies 4 on the plane, which one of the following is the equation of the plane? Select one alternative: O 4x - 7y + 6z = -5 4x - 6y +7z =-5 4x+6y7z = 21 x6y7z = 3 O
Transcribed Image Text:A linear combination of of u = 3 and v = 4 will give a plane in R³. Given that the point (2, 1, −1) lies 4 on the plane, which one of the following is the equation of the plane? Select one alternative: O 4x - 7y + 6z = -5 4x - 6y +7z =-5 4x+6y7z = 21 x6y7z = 3 O
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