Determine whether the given sets with given operations are vector spaces? For those that are not vector spaces verify the vector space axiom they fail. • The set of all ordered pairs of real numbers with the addition and scalar multiplication defined by (x1,y1)+ (x2,y2) = (x1 + x2 + 1,yı+y2 + 1) k(x,y)=(kx, ky) The set of all real numbers x such that x 20 with addition and scalar multiplication defined as x + y = xy +1 kx = k’x

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Subject: Linear algebra

 

Q.No.1.
Determine whether the given sets with given operations are vector spaces? For those that
are not vector spaces verify the vector space axiom they fail.
• The set of all ordered pairs of real numbers with the addition and scalar
multiplication defined by
(x1,y1) + (*2, y2) = (x + x, + 1,y1 +y2 + 1)
k(x,y)=(kx, ky)
• The set of all real numbers x such that x 20 with addition and scalar
multiplication defined as
x +y = xy +1
kx = k?x
Transcribed Image Text:Q.No.1. Determine whether the given sets with given operations are vector spaces? For those that are not vector spaces verify the vector space axiom they fail. • The set of all ordered pairs of real numbers with the addition and scalar multiplication defined by (x1,y1) + (*2, y2) = (x + x, + 1,y1 +y2 + 1) k(x,y)=(kx, ky) • The set of all real numbers x such that x 20 with addition and scalar multiplication defined as x +y = xy +1 kx = k?x
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