Re: Ragnarök
Posted: Sat Mar 08, 2014 1:45 pm
From imaginary to real.dastupy wrote:wth Flux
Flux, isn't that the 'story of creation' in math-speak?
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From imaginary to real.dastupy wrote:wth Flux
Lets see if i remember how maths works :pIFLuX wrote:
don't expect many of you will get it

+1Rudy Peña wrote:
The square root of -**Filtered** is imaginary **Filtered**. If you square that, you're left with -**Filtered** again. Ergo, **Filtered** (as a number) just became real, as opposed to imaginary.Mathlord wrote:Actually whether **Filtered** is real or not has nothing to do with the equation...if f(**Filtered**) is that formula, then f(**Filtered**) just got real...provided that **Filtered** was real to begin with.
But in this context **Filtered** is a variable that you are doing operations to...**Filtered** itself is not changing, only the constant term outside **Filtered** is changing from real to imaginary and back to real. **Filtered** itself is still up in the air unless predetermined...otherwise you just have a **Filtered** storm.IFLuX wrote:The square root of **Filtered** is imaginary **Filtered**. If you square that, you're left with **Filtered** again. Ergo, **Filtered** (as a number) just became real, as opposed to imaginary.Mathlord wrote:Actually whether **Filtered** is real or not has nothing to do with the equation...if f(**Filtered**) is that formula, then f(**Filtered**) just got real...provided that **Filtered** was real to begin with.
hmmMathlord wrote:But in this context **Filtered** is a variable that you are doing operations to...**Filtered** itself is not changing, only the constant term outside **Filtered** is changing from real to imaginary and back to real. **Filtered** itself is still up in the air unless predetermined...otherwise you just have a **Filtered** storm.IFLuX wrote:The square root of **Filtered** is imaginary **Filtered**. If you square that, you're left with **Filtered** again. Ergo, **Filtered** (as a number) just became real, as opposed to imaginary.Mathlord wrote:Actually whether **Filtered** is real or not has nothing to do with the equation...if f(**Filtered**) is that formula, then f(**Filtered**) just got real...provided that **Filtered** was real to begin with.
I know what ur saying math... if **Filtered** is real then no matter the equation it will always be realMathlord wrote:But in this context **Filtered** is a variable that you are doing operations to...**Filtered** itself is not changing, only the constant term outside **Filtered** is changing from real to imaginary and back to real. **Filtered** itself is still up in the air unless predetermined...otherwise you just have a **Filtered** storm.IFLuX wrote:The square root of **Filtered** is imaginary **Filtered**. If you square that, you're left with **Filtered** again. Ergo, **Filtered** (as a number) just became real, as opposed to imaginary.Mathlord wrote:Actually whether **Filtered** is real or not has nothing to do with the equation...if f(**Filtered**) is that formula, then f(**Filtered**) just got real...provided that **Filtered** was real to begin with.
IFLuX wrote:
don't expect many of you will get it
indeed it isJasonJay wrote:IFLuX wrote:
don't expect many of you will get it
[(-sh!t)^(1/2)]^2=-sh!t
So sh!t just got the opposite of sh!t. Which can be assumed as good, thanks for the positivity.
Maybe I'm just talking **Filtered**...Master_Splinter wrote:I know what ur saying math... if **Filtered** is real then no matter the equation it will always be realMathlord wrote:But in this context **Filtered** is a variable that you are doing operations to...**Filtered** itself is not changing, only the constant term outside **Filtered** is changing from real to imaginary and back to real. **Filtered** itself is still up in the air unless predetermined...otherwise you just have a **Filtered** storm.IFLuX wrote:The square root of **Filtered** is imaginary **Filtered**. If you square that, you're left with **Filtered** again. Ergo, **Filtered** (as a number) just became real, as opposed to imaginary.Mathlord wrote:Actually whether **Filtered** is real or not has nothing to do with the equation...if f(**Filtered**) is that formula, then f(**Filtered**) just got real...provided that **Filtered** was real to begin with.
But just no