Liste des Groupes | Revenir à p relativity |
Maciej Wozniak <mlwozniak@wp.pl> wrote:The Pythagoras theorem is just that. Euclidean geometry is defined by
>W dniu 01.02.2025 o 23:28, J. J. Lodder pisze:>
>>>>Nobody is "rejecting Euclid">
A lie. Of course.
Because you say so? I checked: nobody is "rejecting Euclid".
Indeed, and au contraire:Nowadays Euclidean geometry is -defined- as that kind of geometry>
in which the Pythagorean theorem holds.
And - according to the teachings of your moronic church -
does Pythagorean theorem hold? For real?
Poor stinker Python has never answerred, he's always
dodging and changing the subject. How about you?
You might have noticed that I make it a habit
of never replying to your silly rants.
I'll make an exception for once,
because you are trying to mislead the innocent kiddies
who might stray in here.
>
Of course the Pythagorean theorem holds -in Euclidean geometry-.
A forteriori, it -defines- Euclidean geometry, nowadays.
>All other geometries are mappings based on Euclidean geometry, if we are
It does of course not hold in any other kind of geometry,
by definition,
>
Jan
Les messages affichés proviennent d'usenet.