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The order of a group is the number of its elements, denoted |G|. Groups can have finite or infinite order.

Edited by Crimson_Ayla

...I have a horrible feeling I have to be able to prove the quotient rule

 

next level syllabus problems

 

or well this is differentiation, lower level?

 

Which is annoying, cos normally I just cheats and uses the chain rule with u and 1/v :sneakysneakylazy:

 

:laugh:

 

I think it's easier with quotient sometimes

The order of a group is the number of its elements, denoted |G|. Groups can have finite or infinite order.

 

 

The order of an elephant is the lowest natural number such that x^n = e (n can be infinite)

 

 

A group is said to be abelian if for all x and y in the group, x•y = y•x

 

 

Odd length cycles are even and even length cycles are odd.

 

Ihavenoideawhatthisis.gif

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