D) Find 3 linear e) Find different combination that is, generates Set T Span (T) = find the of a ways that you could {V₁, V2₂, √ ₂ } Such that. Same Span (s) T Subspace of set that f) Describe, geometrically, is what crite linearly R³ as this Ó= 000 indepent as a but is generated by SPan (T) is. Still S.

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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Question
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Questions:
D
E
F

Claim that
=
(A.0.0)
2
a) show √ E
OF √₂, √₂.
b) Show
OF
3₁
() show
of J₁, V₂
e) Find
D) Find 3
linear
√₂ € Span (√₁, √₂) by writing
s={√₁₁ √√₂, √√₂}
S=
that
generates
√ E Span (√₁ √₂) by writing
a
combination
Span (√₂, √√3) by writing
different
is,
Set
Span (T)
find
the
of
T
a
are linearly dependent.
=
ways that you could
{√₁₁ √ ₁₂, √ ₂ }
Same
Such that.
Span (s)
set T
that
Subspace
f) Describe, geometrically,
is
what
V₂
V.
R³
as
as
as
crite
linearly
this
as
a
linear
a linear
a linear combination
* = [8]
combination
indepent
combination
as
a
but
is generated
Still
by S.
Span (T) is.
Transcribed Image Text:Claim that = (A.0.0) 2 a) show √ E OF √₂, √₂. b) Show OF 3₁ () show of J₁, V₂ e) Find D) Find 3 linear √₂ € Span (√₁, √₂) by writing s={√₁₁ √√₂, √√₂} S= that generates √ E Span (√₁ √₂) by writing a combination Span (√₂, √√3) by writing different is, Set Span (T) find the of T a are linearly dependent. = ways that you could {√₁₁ √ ₁₂, √ ₂ } Same Such that. Span (s) set T that Subspace f) Describe, geometrically, is what V₂ V. R³ as as as crite linearly this as a linear a linear a linear combination * = [8] combination indepent combination as a but is generated Still by S. Span (T) is.
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