Let VcR be the plane defined by the equation 17 x-3 y- 12 z = 0. (a) Find a basis for V. Enter it as a list of vectors, for example (1,2,3),(4,5,6). (b) Find an orthonormal basis of V. Use exact values in your answers, for example (1/sqrt(10),3/sqrt(10),0). (c) Find the point in the plane which is nearest to the point (1,2,0). Enter as a vector with exact values e.g. (1/10,-2/9,3/4).

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Let VcR be the plane defined by the equation 17 x - 3 y – 12 z = 0.
(a) Find a basis for V. Enter it as a list of vectors, for example (1,2,3),(4,5,6).
(b) Find an orthonormal basis of V. Use exact values in your answers, for example (1/sqrt(10),3/sqrt(10),0).
(C) Find the point in the plane which is nearest to the point (1,2,0). Enter as a vector with exact values e.g. (1/10,-2/9,3/4).
(d) Find the reflection of the vector (1,2,0) in the plane V.
Transcribed Image Text:Let VcR be the plane defined by the equation 17 x - 3 y – 12 z = 0. (a) Find a basis for V. Enter it as a list of vectors, for example (1,2,3),(4,5,6). (b) Find an orthonormal basis of V. Use exact values in your answers, for example (1/sqrt(10),3/sqrt(10),0). (C) Find the point in the plane which is nearest to the point (1,2,0). Enter as a vector with exact values e.g. (1/10,-2/9,3/4). (d) Find the reflection of the vector (1,2,0) in the plane V.
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