Irrational people
Freddie Woo tells us "I'm having to drive 500 miles to pick up my son from the ex's house because she won't let him take the train in case he gets off at the wrong station. He's 19 years old and has A-Levels and everything." - Tell us about illogical and irrational people who get on your nerves.
( , Thu 10 Oct 2013, 12:24)
Freddie Woo tells us "I'm having to drive 500 miles to pick up my son from the ex's house because she won't let him take the train in case he gets off at the wrong station. He's 19 years old and has A-Levels and everything." - Tell us about illogical and irrational people who get on your nerves.
( , Thu 10 Oct 2013, 12:24)
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That's imaginary,
not irrational.
Speaking as a non-mathematician, I hope my pedantry is accurate.
( , Fri 11 Oct 2013, 13:17, closed)
not irrational.
Speaking as a non-mathematician, I hope my pedantry is accurate.
( , Fri 11 Oct 2013, 13:17, closed)
it's both
it's imaginary because it has no real part, and irrational because it can't be written as fraction of two real numbers
( , Fri 11 Oct 2013, 16:22, closed)
it's imaginary because it has no real part, and irrational because it can't be written as fraction of two real numbers
( , Fri 11 Oct 2013, 16:22, closed)
Well, there you go.
I didn't know that numeric rationality had reality as a criterion.
*learns*
Ta.
( , Fri 11 Oct 2013, 19:33, closed)
I didn't know that numeric rationality had reality as a criterion.
*learns*
Ta.
( , Fri 11 Oct 2013, 19:33, closed)
rational numbers are a subset of real numbers, which in turn are a subset of complex numbers
the set of complex numbers comprises real numbers, imaginary numbers and numbers which consist of a real part plus an imaginary part
though you can get rational multiples of the imaginary root i (√-1), they are not "truly" rational numbers because they can't be expressed in terms of real numbers alone
( , Fri 11 Oct 2013, 23:38, closed)
the set of complex numbers comprises real numbers, imaginary numbers and numbers which consist of a real part plus an imaginary part
though you can get rational multiples of the imaginary root i (√-1), they are not "truly" rational numbers because they can't be expressed in terms of real numbers alone
( , Fri 11 Oct 2013, 23:38, closed)
Square root of negative one!
I really can't get enough of this hilarious joke!
( , Fri 11 Oct 2013, 13:20, closed)
I really can't get enough of this hilarious joke!
( , Fri 11 Oct 2013, 13:20, closed)
Stick to potatoes and religious oppression, maths isn't for micks.
( , Fri 11 Oct 2013, 14:10, closed)
( , Fri 11 Oct 2013, 14:10, closed)
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