Thursday, July 29, 2010
blog.
Wednesday, July 1, 2009
shorts- what I have to say about them:
Wednesday, June 24, 2009
The importance of Exfoliation
I don't care what “Glamour” magazine has to say about it...there is something wonderful about refusing to wash your makeup off for four day straight (and just continually Spackle-ing on new stuff over top of the old stuff every morning like stucco), and then when it get's to the point where it's just too much (there are little black things sticking to the grease in the creases of your nostrils, and it has become apparent that you are molting- a phenomena not meant to be displayed by any human being) you scrub your face until you resemble a horrifyingly sun-burnt hairless cat...
And then when your face looks like a stop sign, you smother a thick-assed layer of shity drug-store facial (or body...depending on your budget) cream all over, before proceeding to the front porch with your laptop, and your dishevelled hair up in a ramshackle bun, where you sit in your bathrobe on the step (because it's the only place in the house you can steal internet), while those passing by throw you looks of sincere pity because they likely believe you to be the victim of some horrible fire, from which you acquired your third degree burns...
yes there is absolutely something to be said about exfoliation...
On that note, however, there is also something to be said about an industrial-duty concealer...(so that you can make yourself look like a real person again)
Happy scrubbing.
Thursday, May 28, 2009
Determining Reaction Rates
If the [A] doubles and the reaction rate also doubles, then the rate of this chemical system in question, share a directly proportional relationship to the concentration of species "A". Thus the reaction rate of teh chemical system is of the first order with respect to species A.
Now, if the [A] doubles in an independant experiment, and in this case, the rate of the reaction for this chemical sysetm...let's say for argument's sake- increases by a factor of four...then the rate of reaction of this chemical system, and the reactant species "A", are correlated by a factor of 2. Thus the system is of second order with respect to species A.
...Lastly. If the concentration of species A changes by any factor durring the course of the reaction, and the rate of the chemical system stays static, this indicates that the rate of reaction of this chemical system is, in fact, independant of the [A]. This is known as a Zeroth-order reaction (with respect to chemical species "A") and is therefore of the power zero. Now, for the rate law: rate=k[A]^alpha[B]^beta...an exponent of zero will always result in one, thus rendering the rate equal to that of the rate constant "k".
thank you kindly for your time.
Wednesday, October 15, 2008
By the way...
attempting to run in stilts is a bad idea...who ever thought running on stilts would be a good idea?
the giraffe will forever remain an evolutionary mistery to me.
still looking for the perfect shade of red lipstick? me too...and hope for the future's looking grim to be honest.