Def:A ∈L(V,V) V is Euclidean space ,dim V=n
A is mirror transformation ⇔ A ( α ) =α - 2 ( η, α ) η ( η∈V and ||η||=1) (∀α ∈ V)
Def:A∈L(V,V) V is Euclidean space ,dim V=n
A is orthogonal transformation ⇔ ( A(α) , A(β) )=(α,β). (∀α,β∈V)
Question:
Prove: If A is...
How to prove any orthogonal transformation can be represented by the product of many mirror transformations, please?What's the intuitive meaning of this proposition?
Thank you.