Bluemofia
F=ma
I was saying that if you can divide by zero, then all numbers are equivalent.
Wouldn't they also all be one?newfangle said:No. If you could divide by zero, all numbers would be zero. In fact I proved that in this thread. Obviously it means they're all equivalent (because they're equal).
Exactly, you're initial idea sucked becase it was comprehensible to the average forum member.Bluemofia said:In other words they are all equivalent. If all numbers are equivalent to zero then they are all equivalent as well.
No, we must confuse forum members because they are unworthy!Bluemofia said:But that's the benifit of simplifying it.
It depends what's infinite and what's the square of infinity.Tomoyo said:What is infinity/(infinity^2)? It should be 1/infinity, zero, but I think it can also be 1.
Or can infinity not be squared?
There'd also only be two!newfangle said:'All?'
There'd only be one!
I'm saying it sucks because it tries to deal with them, even though they are meaningless. If maths was more clever, it wouldn't need us to tell it whether a result has meaning or not, it would just do it. Like imaginary numbers attempts (and succeeds) to add meaning to the root of a negative number, but there's no such thing with infinity.newfangle said:So you're saying math sucks because it can't deal with the qotient of two numbers that aren't defined?
Mise said:I'm saying it sucks because it tries to deal with them, even though they are meaningless. If maths was more clever, it wouldn't need us to tell it whether a result has meaning or not, it would just do it. Like imaginary numbers attempts (and succeeds) to add meaning to the root of a negative number, but there's no such thing with infinity.
Mise said:i know what you mean with imaginary numbers, but i disagree with what you're saying about maths being based in reality. Physics should be the ...uhh... "real" part of maths, and maths should be purely abstract, IMO, so that Maths can deal with things like infinities and 0/0 's without resorting to a physical interpretation.
In the 1850s, an English mathematician named George Boole invented Boolean Algebra as a means to mathematically express certain logical operations. Almost a century later, his Algebra was being used to design electronic signal circuits and computers.newfangle said:To paraphrase some great mathematician, every concept developed in Pure Mathematics is eventually used in practice.