Let V=R². For (u1, U2), (v₁, v2) € V and a € R define vector addition by (u₁, u₂) E (v₁, v2) := (u₁ + v₁ +2, u2+ v2-2) and scala multiplication by a □ (u₁, u2) = (au₁+2a-2, au2 - 2a + 2). It can be shown that (V,B,D) is a vector space over the scalar field R the following: the sum: (4,8) (1,-6)=( the scalar multiple: 10 (4,8) = the zero vector: or=d) the additive inverse of (x, y): 00 B(x, y) =(

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.3: Vectors
Problem 11E
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Let V=R². For (u1, U2), (v₁, v2) € V and a € R define vector addition by (u1₁, u₂) ⠀ (v₁, V₂) := (U₁ + v₁ + 2, u2 +02-2) and scalar
multiplication by a □ (u₁, u2) = (au₁+2a-2, au2 - 2a + 2). It can be shown that (V,B,D) is a vector space over the scalar field R. Find
the following:
the sum:
(4,8) H (1,-6)=(
the scalar multiple:
10 (4,8) =
the zero vector:
or=d)
the additive inverse of (x, y):
B(x, y) =(
Transcribed Image Text:Let V=R². For (u1, U2), (v₁, v2) € V and a € R define vector addition by (u1₁, u₂) ⠀ (v₁, V₂) := (U₁ + v₁ + 2, u2 +02-2) and scalar multiplication by a □ (u₁, u2) = (au₁+2a-2, au2 - 2a + 2). It can be shown that (V,B,D) is a vector space over the scalar field R. Find the following: the sum: (4,8) H (1,-6)=( the scalar multiple: 10 (4,8) = the zero vector: or=d) the additive inverse of (x, y): B(x, y) =(
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