[ Outline ] · Standard · Linear+ Natalie, N one can match her beauty

[Morpheus]

This thread i here by dedicate this thread to a beautiful women by the name of natalie come on girl make urself known to the WORLD!

[natalie]

Ok I just realized that this thread is in the top melons. Thanks Morpheus and Diane is right, there are a lot of hotties in here. Shoot some of them even bring out my BI-side.

[diane26]

Ok I just realized that this thread is in the top melons.    Thanks Morpheus and Diane is right, there are a lot of hotties in here. Shoot some of them even bring out my BI-side.

Amen Sistah and I didnt even used to have a bi side.

[Vlad]

Amen Sistah and I didnt even used to have a bi side.

I like where this is going.

Diane = hot
Natalie = hot

Diane + Natalie must equate to super hot.

And seeing as Natalie lives in the same city as I...
Super Hot just became "going to cream my jeans hot"

2 sexy ladies going at it locally, could make it to my list. The list of things to see before I die.

[diane26]

I like where this is going.

Diane = hot
Natalie = hot

Diane + Natalie must equate to super hot.

And seeing as Natalie lives in the same city as I...
Super Hot just became "going to cream my jeans hot"

2 sexy ladies going at it locally, could make it to my list. The list of things to see before I die.

I really need to look into the supermall thingy there.

Is it ever warm there???

[Vlad]

I really need to look into the supermall thingy there.

Is it ever warm there???

Very.

Don't be fooled by propaganda. Canada has seasons. 4 of them.
Last year, it was plus 8 degrees celcius on Christmas day here. No snow.

And the west Ed mall rocks.
Submarines and rollercoasters in a mall= genius!

But fuck is it hell at christmas time to shop there!

[diane26]

Very.

Don't be fooled by propaganda. Canada has seasons. 4 of them.
Last year, it was plus 8 degrees celcius on Christmas day here. No snow.

And the west Ed mall rocks.
Submarines and rollercoasters in a mall= genius!

But fuck is it hell at christmas time to shop there!

Damnit I forget the conversion

[belicked6924]

Damnit I forget the conversion 

C = 5/9 * (F - 32)
F = 9/5 * (C + 32)

[evade20]

C = 5/9 * (F - 32)
F = 9/5 * (C + 32)

Let me see, Is this a pointless thread? No! It's Natalie's abd she's definitely hot so she'll let me ramble.

I had a physics teacher in high school that said, "Stop trying to remember two formulas. Simplify the algebraic equation by multipling both sides of the equation by 9.

9* C = 9* 5/9(F - 32)
9C = 5(F - 32)
9C = 5F - 160 <<<This was the formula we were suppose to use on tests, home work, etc.

The test to know whether you have remembered the correct formula is -40C = -40F. It is know as the cross over point where the graphs of the two temperatures intersect.

So let us put this check into Belicks' second equation. I think we will find that the parenthesis don't belong. Belicks' second equation was: F = 9/5 * (C + 32)

First we'll simplify it.

5*F = 5* {9/5 * (C + 32)}
5F = 9*(C+32)
5F = 9C + 288

Now well insert the crossover temperatrue.

5*(-40) = 9(-40) + 288
-200 does not equal -72

If we rewrite Belicks' second equation as F = 9/5 * C + 32.

F = 9/5C + 32
multiply both sides of the equation by 5 to simplify & getrid of the fraction .

5F = 9C + 160

Now insert the crossover temperature of -40

5(-40) = 9(-40) + 160
-200 = -360 + 160
-200 = -200



So the two equations are

C = 5/9 * (F - 32)
F = 9/5 * C + 32

Most chemistry students use calculators so that gets simplified into the decimal fraction of 1.8 instead of 9/5.
The final equation becomes F = 1.8C + 32

Learn the red equation or learn the purple equation or better yet don't bother unless you are really doing research. Then you would probably do it in the metric system anyhow.


The above post (meaning mine not Belicks') is true but alot of pedantic BS! Lets see some lovely breasts. Please Natalie.

[diane26]

Let me see, Is this a pointless thread? No! It's Natalie's abd she's definitely hot so she'll let me ramble.  

I had a physics teacher in high school that said, "Stop trying to remember two formulas.  Simplify the algebraic equation by multipling both sides of the equation by 9.

9* C = 9* 5/9(F - 32)
9C = 5(F - 32)
9C = 5F - 160 <<<This was the formula we were suppose to use on tests, home work, etc.

The test to know whether you have remembered the correct formula is -40C = -40F.  It is know as the cross over point where the graphs of the two temperatures intersect.

So let us put this check into Belicks' second equation.  I think we will find that the parenthesis don't belong.  Belicks' second equation was: F = 9/5 * (C + 32)

First we'll simplify it.

5*F = 5* {9/5 * (C + 32)}
5F = 9*(C+32)
5F = 9C + 288

Now well insert the crossover temperatrue.

5*(-40) = 9(-40) + 288
-200 does not equal -72

If we rewrite Belicks' second equation as F = 9/5 * C + 32.

F = 9/5C + 32
multiply both sides of the equation by 5 to simplify & getrid of the fraction .

5F = 9C + 160

Now insert the crossover temperature of -40

5(-40) = 9(-40) + 160
-200  = -360 + 160
-200 = -200
So the two equations are

C = 5/9 * (F - 32)
F = 9/5 * C + 32

Most chemistry students use calculators so that gets simplified into the decimal fraction of 1.8 instead of 9/5. 
The final equation becomes F = 1.8C + 32

Learn the red equation or learn the purple equation or better yet don't bother unless you are really doing research.  Then you would probably do it in the metric system anyhow.
The above post (meaning mine not Belicks') is true but alot of pedantic BS!  Lets see some lovely breasts.  Please Natalie.  

Evade you have way to much time on your hands and you just confuzzled the hell out of me.


In Chem we did it the 5/9 way I only remember that. But anyway all that time to type that you could have looked at boobies