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Sep
24
awarded  Autobiographer
Dec
6
comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Thank you very much.
Dec
6
comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Thank you very much.
Dec
6
comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Thank you very much.
Dec
6
comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Thank you very much.
Dec
6
awarded  Supporter
Dec
6
accepted Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Dec
6
awarded  Editor
Dec
6
comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
I've just edited. Is it clearer now?
Dec
6
revised Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
added 2 characters in body
Dec
6
comment Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Complement of a set, like in here: basic-mathematics.com/complement-of-a-set.html I don't know how to put that with LaTeX.
Dec
6
asked Simplification of set formulas: $[ (A - B)^c - (B - A)^c ]\cap A = \varnothing$
Dec
5
comment Temperature as a quadratic function; when does it reach zero?
Thank you very much Thomas.
Dec
5
comment Temperature as a quadratic function; when does it reach zero?
Thanks Cameron!
Dec
5
awarded  Scholar
Dec
5
accepted Temperature as a quadratic function; when does it reach zero?
Dec
5
awarded  Student
Dec
5
comment Temperature as a quadratic function; when does it reach zero?
I forgot to use the quadratic formula in this case. Thank you very much.
Dec
5
asked Temperature as a quadratic function; when does it reach zero?