Hello

Let be our set.

The sum and the scalar product are defined normally.

How can i prove that this set is with those operations is isomorphic to ?

Thanks

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- Oct 24th 2010, 06:29 PMosodudVector space isomorphic to R^n+1
Hello

Let be our set.

The sum and the scalar product are defined normally.

How can i prove that this set is with those operations is isomorphic to ?

Thanks - Oct 24th 2010, 07:08 PMTheEmptySet
- Oct 25th 2010, 06:16 AMHallsofIvy
A very general and not very difficult theorem- if two finite dimensional vector spaces have the same dimension, then they are isomorphic.

That is, if U has dimension n, then it has a basis . If V also has dimension n, then it has a basis . The function, , defined by and extended "by linearity" is an isomorphism.