Oh course that's not what you meant. We know that. And of course it went in the wrong direction. This is TEST, haha. ;)Hahaha... *sigh* I should never have posted that....well, at least should have avoided that pic. That went into a whole wrong direction.
I just wanted to point out that, if you like attractive women, you have to do something to be an attractive man. Thus, if you want a woman...girl like on that pic - which is fun because of the context - you have to STOP eating cookies and/or drinking beer.
For sure, "attractive" is totally bound to be subjective. Looking to me, I'm more into sports then into character traits. Okay, thats a lie. Lets say that its weighted between 60(gym)/40(char) and 70/30.
Besides, I'm on my way to 43, and this chick on the pic is what? 18? 19?
That bitch, I envy her *cough* :D
No, I'm just sober, because I should be studying. ;)To test you.
surprisingly you didn't fail. So you must be a SPAI!
go study!No, I'm just sober, because I should be studying. ;)
But thermal dynamics is hard! I need someone to discuss it with, since I'm lost with all the formulas and equations and what they stand for!go study!
I can calculate how long your cookies have to stay in the oven until all the water has evaporated, given the right information...Thermal Dynamics, so you can calculate how long my cookies have to stay in the oven until they're ready?
:o cookie science!Thermal Dynamics, so you can calculate how long my cookies have to stay in the oven until they're ready?
Hmm, i need ~5 to 10% percent water left, also each part should have reached ~80°C for at least a minuiteI can calculate how long your cookies have to stay in the oven until all the water has evaporated, given the right information...
Does that help?
We haven't covered what makes things get burnt, so that might be a problem...Hmm, i need ~5 to 10% percent water left, also each part should have reached ~80°C for at least a minuite
Also at this poin't the surface shouldn't be burned.
If you can calculate the time and temperature to achive this, you can be shure that the time you've spent learning was a good investion.
okay how things get burned isn't that hard, let me try to explain: Each element has a temperature where it will catch fire. For example corn will start burning by itself at 250°C so if the surface area of a Cookie reaches ~240°C (there are always some molecules which have more energy than the surrounding area) you can aussume that it will start to get burned.We haven't covered what makes things get burnt, so that might be a problem...
Don't think approximating cookies with an Einstein solid is a good idea. :S
So I can't do the calculations. Sorry :(
Good point! You don't even need to subtract the energy released when burning from the total, if there's no flame... Or at least save the energy emitted as light, so no excited electrons to take into account.okay how things get burned isn't that hard, let me try to explain: Each element has a temperature where it will catch fire. For example corn will start burning by itself at 250°C so if the surface area of a Cookie reaches ~240°C (there are always some molecules which have more energy than the surrounding area) you can aussume that it will start to get burned.
well, if we have an oxidation with a flame, we can be shure, that our cookie is wasted :DGood point! You don't even need to subtract the energy released when burning from the total, if there's no flame... Or at least save the energy emitted as light, so no excited electrons to take into account.
I like where this is going. Might be able to cook (hehe) something up :)