Truncator
Veteran
I play tennis. I think I'm pretty decent, actually.
Good luck this weekend, everyone. I wish I could be there
Good luck this weekend, everyone. I wish I could be there
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What time are you guys going to be there on Friday? Maybe I will bring my racquet and we can go find a court that evening?
What time are you guys going to be there on Friday? Maybe I will bring my racquet and we can go find a court that evening?
I thought I was doing your homework.Well, I'll leave my racquet at home and do homework instead.
Yeah, so.. I had dibs a long time ago.![]()
My right wrist is starting to hurt. :/ I think I should lay off the cubing until Saturday.
I think Sapan booked us there (not 100% sure)
so Me, Sapan, Pradeep
and yeah Weston, you can do my homework. I think its just 5 questions on Quotient Rings, shouldn't get too messy.
You could have at least tried rewording it a bit.
I think Sapan booked us there (not 100% sure)
so Me, Sapan, Pradeep
and yeah Weston, you can do my homework. I think its just 5 questions on Quotient Rings, shouldn't get too messy.
I'm also at the LaQuinta. In Houston, they had Texas shaped waffles and I'm expecting there to be Oklahoma shaped waffles.
Oh quotient ring? You mean those that are also known as factor ring or residue class ring, is a construction in ring theory, quite similar to the factor groups of group theory and the quotient spaces of linear algebra. One starts with a ring R and a two-sided ideal I in R, and constructs a new ring, the quotient ring R/I, essentially by requiring that all elements of I be zero. Intuitively, the quotient ring R/I is a "simplified version" of R where the elements of I are "ignored".
Easy peasy.