Prove If and where is an isometry, then

I think I need to start with alpha prime and get to alpha....but im not sure how to show this...

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- Jan 18th 2010, 06:51 PMsfspitfire23Image/preimage transformation
Prove If and where is an isometry, then

I think I need to start with alpha prime and get to alpha....but im not sure how to show this... - Jan 18th 2010, 06:56 PMDrexel28
- Jan 18th 2010, 07:14 PMsfspitfire23
sorry, just geometry

- Jan 18th 2010, 07:28 PMDrexel28
- Jan 18th 2010, 07:42 PMsfspitfire23
Ah, they are point sets

- Jan 18th 2010, 07:44 PMDrexel28
- Jan 18th 2010, 07:58 PMsfspitfire23
two sets where one is the image of the other over a transformation...

- Jan 18th 2010, 09:33 PMsfspitfire23
Hm, then it would seem i could do this proof by definition almost i believe