Question: Let V = 2. For (u1, u2), (v1, v2) E V and a E R define vector addition by (21, U2) E (v1, v2) :=

Let V = 2. For (u1, u2), (v1, v2) E V and a E R define vector addition by (21, U2) E (v1, v2) := (u1 + v1 - 2, u2 + 12 + 1) and scalar multiplication by a (u1, u2) := (au1 - 2a + 2, auz + a - 1). It can be shown that (V, E, ) is a vector space over the scalar field R. Find the following: the sum: (-8, -9) BB (7, 8) =( the scalar multiple: 50(-8, -9) =( the zero vector: Ov = ( the additive inverse of (x, y): B(x, y) =(

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