(5) Let V=R2. For (1, 1), (2, 32) EV and c ER, define addition and scalar multiplication operations by (T1, y₁) (2, 2) = (1 + 2x2, y₁ + 3y2), (0,0) if c = 0, (cr₁, ) if c# 0. Is (V,0,0) a vector space over R? If No, please mention each axiom which is not satisfied by these operations. co (1.1):

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(5) Let V=R². For (11,91), (2, 32) EV and c ER, define addition and scalar multiplication
operations by
(1, 1) (2, 32) = (1 + 2x2, y1 + 3y2),
f(0,0)
if c = 0,
(cr₁, ) if c# 0.
co (₁,1)=
Is (V, 0, 0) a vector space over R? If No, please mention each axiom which is not satisfied
by these operations.
Transcribed Image Text:(5) Let V=R². For (11,91), (2, 32) EV and c ER, define addition and scalar multiplication operations by (1, 1) (2, 32) = (1 + 2x2, y1 + 3y2), f(0,0) if c = 0, (cr₁, ) if c# 0. co (₁,1)= Is (V, 0, 0) a vector space over R? If No, please mention each axiom which is not satisfied by these operations.
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