i hate infinity! it makes my head hurt. too many possibilities. i like intergers ina givin set. you always know a definite answer![]()
i hate infinity! it makes my head hurt. too many possibilities. i like intergers ina givin set. you always know a definite answer![]()
Oh gods, why? ಥ_ಥ
I'll tell you what I hate. Imaginary numbers. You cannot take the square root of a negative number. If you must make up a number by taking the square root of a negative number, even if the end result is a real number, it is not a valid answer because imaginary numbers don't exist. My brother is a math teacher and refuses to teach imaginary numbers for many of the same reasons I deny their existence.
I also want to know how the hell we came up with negative numbers. As if you can have less than zero. I have three apples, and you take four of my apples. How many apples do I have left? That's a bogus problem. I didn't have enough apples for you to take four.
Someone once told me negative numbers were introduced with debt. But when you're in debt, you don't have a negative amount of money. You owe a positive amount of money.
So, in conclusion, negative and imaginary numbers are bull.
There are an infinite number of integers. Deal with it. Infinity is probably one of your best friends, because it can often be thrown out. Working with integers doesn't always guarantee an integer answer.
If for instance, say I wanted to find the Critical Points of a function given in a set interval:
f(x) = 4x<sup>3</sup> - 6x<sup>2</sup> + 5
In the given interval [0, 10]
Those are all integers. Does that make this problem necessarily easy? Do you even know what Calculus is? Because at this point in math, the necessity of a real number as an answer as opposed to an integer is a null point.
Bonus points if anyone can figure it out. Shouldn't be terribly difficult; just Power Rule it.
Sure you can. What do you think i is for? What about polar coordinates? The very teaching of math is for the purpose of learning Calculus; if not, then at least Trigonometry. I'd like to see you do electricity and magnetism problems without imaginary numbers. Math may be mostly made up, but I'd like to see you do any better.
i wil create i system in math, and it will be revolutionary and used world wide! ha! no calc involved
when we did imaginary numbers in algebra 2 i was feeling rebeleous and didnt do the hw. she asked where your hw and i said well, with imginary number you have to have imaginary paper to do your imaginary homework on. she gave me a "special test" the next day, but i still aced itloser your tactics fail! you taught me no lesson mwahahahahahha
Oh gods, why? ಥ_ಥ
This is why I hate math...![]()
"I work in one of those humble call centres... Apparently, what we're doing at the moment is 'sprinkling our magic along the way'. It's a call centre, not Hogwarts." ~ Caroline Garlick, Ayrshire, BBC News Magazine
I hate you. *brain asplodeses*
Math = bad. That's the only formula you need.
asdfghjkl;'
Don't think so.
10^3=1000
10^-3=.001
Multiplying by ten to a negative exponent makes the number smaller. Therefore...
10^-infinity=0.0000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 0000000000000000000000000000000000000000 000000000000000ooooooooooooooo..........
[Infinity is really big, I don't want to type the whole thing out. Skipping a bit.]
..........ooooooooooooooo0000000000000001
No. The Celcius system is flawed due to its using numbers which don't exist. As blackmage_nuke so kindly put it, if it weren't for bogus numbers being made up, we'd all use Kelvin.
I don't have negative money. I owe positive money. There is no such thing as less than zero. It can't exist. It's impossible. I challenge you to prove me wrong.
And Tavrobel, I just spent a whole paragraph explaining how i doesn't exist and why and you turn around and tell me it does because what is it for? It makes no sense. The only reason i was invented was to solve equations which have no valid answer. Well, if you have to make up numbers which don't exist to get an answer, you have no answer. My brother, as I've previously stated, is a reputable mathematics teacher and refuses to teach imaginary numbers for many of the same reasons I refuse to acknowledge their existence.
Actually <i>i</i> was postulated to correct the fact that there exist equations with complex roots that aren't solvable in the real numbers. Because R is flawed and is a subset of C, C is a more complete (not more flawed) number set. I'd also like to point out that no negative number n exists such that sqrt(n) is a member of R.
I don't know what maths your brother teaches, but if he tells his students that complex or negative numbers don't exist he had better have a watertight alternative set of number theories.
If your money owed is positive then the money you have in the bank is negative, you can't multiply one side by something and not the other
net=owed+owned, and if that's not a negative owed, then everyone would be a lot richer than they were. You can't use debt to pay anyone![]()