{e₁,e2, e3} be the standard basis of R³ and let f,g : R³ → R³ be the linear map 1. Let E = satisfying¹ We define f(e₁) = cos() e₁ + sin (7) €₂ ƒ(e₂) = = sin() e₁ + cos f(3) = e₂ = -e3 *-{0-0-0} B = g(e₁) =e₁ g(e₂) = ₁ + g(e3) = ₁ + which is a basis of R³. (a) Explain why f and g are well-defined. ₂ ₂ + €3

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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{e₁,e2, e3} be the standard basis of R³ and let f,g : R³ → R³ be the linear map
1. Let E =
satisfying¹
We define
f(e₁): = cos() e₁ + sin (7) e₂
f(e₂) = = sin() e₁ + cos (7) €₂
ƒ(e3)
=-e3
B =
--{000}
g(e₁) = e₁
g(e₂) =
g(e3) =
which is a basis of R³.
(a) Explain why f and g are well-defined.
₁ + e₂
₁ + ₂ + e3
Transcribed Image Text:{e₁,e2, e3} be the standard basis of R³ and let f,g : R³ → R³ be the linear map 1. Let E = satisfying¹ We define f(e₁): = cos() e₁ + sin (7) e₂ f(e₂) = = sin() e₁ + cos (7) €₂ ƒ(e3) =-e3 B = --{000} g(e₁) = e₁ g(e₂) = g(e3) = which is a basis of R³. (a) Explain why f and g are well-defined. ₁ + e₂ ₁ + ₂ + e3
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