h4te Posted April 20, 2009 Posted April 20, 2009 What is the strict meaning of this symbol....i mean it's some type of inequality....? thanks!
h4te Posted April 20, 2009 Author Posted April 20, 2009 cleavage rotated by 90 degrees.:woot: :whack: > don't be a smartass :finger:
graphic23 Posted April 20, 2009 Posted April 20, 2009 http://www.alanwood.net/unicode/mathematical_operators.html succeeds, apparently.
h4te Posted April 20, 2009 Author Posted April 20, 2009 looks like the symbol from that site is only active for one day. updated....
amits Posted April 20, 2009 Posted April 20, 2009 u mean >= it means "greater than or equal to" we can say that ex, x >=x, x+1 >= x
Dark Warrior Posted April 20, 2009 Posted April 20, 2009 u mean >= it means "greater than or equal to" we can say that ex, x >=x, x+1 >= x one smart ass! :clap::clap::clap:
Dark Warrior Posted April 20, 2009 Posted April 20, 2009 What is the strict meaning of this symbol....i mean it's some type of inequality....? thanks! hmmm let me b serious now... i think its d sign for "Succeeds"
h4te Posted April 20, 2009 Author Posted April 20, 2009 Might have something to do with "nets". :dontknow: hmmm let me b serious now... i think its d sign for "Succeeds" yeah, it stands for succeeds. the opposite stands for preceeds, but what does it strictly mean? Is it an inequality symbol? Or...? lol, this is bugging. i can't seem to find what it means anywhere :(( u mean >= it means "greater than or equal to" we can say that ex, x >=x, x+1 >= x sir, you're a genius!
punjabi_khota Posted April 20, 2009 Posted April 20, 2009 That symbol (and the opposite) is used for ordering mathematical objects, such as directed sets for defining things like nets. http://en.wikipedia.org/wiki/Net_(mathematics) The easiest example of nets would be to consider all neighbourhood sets N_x of a point x in a general topological space. They can be partially ordered (using the inclusion as the defining property of ordering) and a sequence of one point in each of them would form a net. So basically, the symbol defines order on something other than pure numbers (in this case, partial order on sets).
Dark Warrior Posted April 20, 2009 Posted April 20, 2009 yeah, it stands for succeeds. the opposite stands for preceeds, but what does it strictly mean? Is it an inequality symbol? Or...? lol, this is bugging. i can't seem to find what it means anywhere :(( hey i know something about this. its like related to relations. dont know my this much knowledge is helping u out or not but all i know about succeeds is, The relationship x succeeds (or follows) y is written x≻y. The relation x succeeds or is equal to y is written x≻=y. so i think its operator for relations when one relation is following some other relation or something like that. i hope this info helped u. :nervous: i'll try to find more info on this.
veeru_rocks Posted April 20, 2009 Posted April 20, 2009 That symbol (and the opposite) is used for ordering mathematical objects, such as directed sets for defining things like nets. http://en.wikipedia.org/wiki/Net_(mathematics) The easiest example of nets would be to consider all neighbourhood sets N_x of a point x in a general topological space. They can be partially ordered (using the inclusion as the defining property of ordering) and a sequence of one point in each of them would form a net. So basically, the symbol defines order on something other than pure numbers (in this case, partial order on sets). You are preaching cleavage-crowd go easy .. :--D
h4te Posted April 20, 2009 Author Posted April 20, 2009 That symbol (and the opposite) is used for ordering mathematical objects, such as directed sets for defining things like nets. http://en.wikipedia.org/wiki/Net_(mathematics) The easiest example of nets would be to consider all neighbourhood sets N_x of a point x in a general topological space. They can be partially ordered (using the inclusion as the defining property of ordering) and a sequence of one point in each of them would form a net. So basically, the symbol defines order on something other than pure numbers (in this case, partial order on sets). hey i know something about this. its like related to relations. dont know my this much knowledge is helping u out or not but all i know about succeeds is, The relationship x succeeds (or follows) y is written x≻y. The relation x succeeds or is equal to y is written x≻=y. so i think its operator for relations when one relation is following some other relation or something like that. i hope this info helped u. :nervous: i'll try to find more info on this. THANKS BUNCHES TO BOTH OF YOU!!!! :icflove: ok, it's just order relation then.
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