8 4 -2 in R4 are not linearly independent (i.e. they are linearly dependent). Use row reduction to find constants 6 The vectors v1 = v2 = 2 V3 = 8 -8 -12 C1, c2, c3 , not all zero, so that c1 vị+c2V2 + c3V3 = 0 . An example of such is [C1, c2, c3] = | <-1,1,1> We can convert such a linear relation into forms that express one of the vectors in terms of the others. Examples of such relationships between the vectors are: • v1 = Number Ov2+| Number OV3 • V2 = Number Ov1+ Number • V3 = Number Ov1+ Number Ov2-

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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8
8
4
The vectors v1 =
-2
3
in R4 are not linearly independent (i.e. they are linearly dependent). Use row reduction to find constants
V2 =
8
V3 =
-8
-8
-12
C1, C2, C3 , not all zero, so that c1vi+c2v2+C3V3 = 0
An example of such is
[C1, c2, c3] = <-1,1,1>
We can convert such a linear relation into forms that express one of the vectors in terms of the others. Examples of such relationships between the vectors are:
• v1 =
Ov2+| Number
OV3
Number
• v2 =
Ov1+
OV3
Number
Number
• V3 =
Number
Ov1+| Number
Ov2-
Transcribed Image Text:8 8 4 The vectors v1 = -2 3 in R4 are not linearly independent (i.e. they are linearly dependent). Use row reduction to find constants V2 = 8 V3 = -8 -8 -12 C1, C2, C3 , not all zero, so that c1vi+c2v2+C3V3 = 0 An example of such is [C1, c2, c3] = <-1,1,1> We can convert such a linear relation into forms that express one of the vectors in terms of the others. Examples of such relationships between the vectors are: • v1 = Ov2+| Number OV3 Number • v2 = Ov1+ OV3 Number Number • V3 = Number Ov1+| Number Ov2-
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