01/31/09
Well this was a spurr of the moment drawing, literally. Since I couldn't think of anything to do I got on paint and began to draw scribble lines (hair) and then i was like wow this could be some cool hair, and then i drew the ear quickly and added a golden ear ring and then the face and etc... and then I was like cool it looks like a rocker! so i put the bright star on him, I haven't named him yet or have any history... so anyways hope ya like it! (C:
Very neat design, I like it a lot! Name: Rikshu. Origin: Catc Land. Background: He found a guitar laying out near the edge of his cave, and began to play it. Afterwards, he was hooked. ....idk...that was the best I could come up with...T-T
i had chem like a year ago and decided to take AP which was a bad desicion i think on my part i should have taken it right after taking chem, cuz i don't remember things, it takes some thinking to remember them that and we're moving so fast through the chapters! O.o
well i really don't want to cuz i'm stubborn and it is like the second day 2 day so it theoritically should be easier as we review back through everything.... its just a good thing that I kept my notebook from chem class last year definately a helper n.n
well mine is sooo random and last year she was doing an experiemnt making paint for a demo in our class and she was saying 1) never mixed unlabled chemicals that u have no clue or forgot what they are (she forgots which one was which) 2) always wear goggles (she wasn't) 3) never pour substances down the drain ( guess what she did xD) it was hillarious then when the reaction took place in like a split second she almost dropped the vial from being startled because the liquid went from clear to bright yellow paint xD
There are so many dangerous chamicals and products in our laboratories, enough to blow the whole building up!
Btw... Here is night, see you soon girls!
lolz. I like the chemistry labs, they be fun!! Ok, and I have a question for ye all. Can anyone explain quantum physics to me? I'm so confused!!!
_aka catc
[Feb 03, 2009 at 09:15 PM]
well wikipedia cam probably help with it n.n http://en.wikipedia.org/wiki/Quantum it also has other links that may help explain it too other than that i have no clue....
I was reading a book called "Fabric of the Universe" and it started talking about quantum mechanics, and I just looked at it and I was like...ummm...there's no way this can work!
I mean...if any electron can be at any given place at any given time, and if by simply BEING it has no motion, or if by having motion is has no being, or if it can hop from place to place without going in the space between, and it's only PROBABLE to be in a general area...well, two things. 1) the macro-world that we see and experince would be completley different and un predictable 2) the chemical processes that involve certain electrons and atoms to be there at certain time (e.g. cellular respiration) would be completley thrown out of whack. It just can't work!!!
_aka catc
[Feb 04, 2009 at 09:17 PM]
or can it? there are theoretically many things we havn't figured out and i don't know much abourt quantum physics but perhaps it is based on a theory.... i can ask my chem teacher! she would know since my couriosity has been spraked by this puzzling thing....
chemistry itself would be impossible if all the particles of the universe did not have to be where they were supposed to be at any given time. You would just bever be able to measure it.
quantum mechanics is THOROUGHLY confusing, believe me. And what I mean is this. Quantum mechanics says: Every particle in the universe can be at any place at any time, regardless of where they were a moment before. I say: If that's true, how come chemical processes work with surprising regularity, even with only the smallest amount of particles, if each and every one of them can be at any place at any time, without any boundaries due to space and time. If the world works like that all the time, and every partical acted like that, the macro world-we see now would be much much different.
_aka catc
[Feb 05, 2009 at 08:20 PM]
actually i think i agree with it... the particles are probably too small to be any harm since they are rpobably microscopic...
That it may be, but if EVERY singly particle were to act like that. Not just one or two but EVERY SINGLE ONE, then don't you think the predictable world we see now would be quite different?
_aka catc
[Feb 05, 2009 at 09:18 PM]
but all of these particle work together which would theoretically be why our world is like it is i dunno i'll ask my chem teacher she would definately know xdj42u
but how could all these random particles work together? Quantum mechanics are super confusing to me, but I'd like to hear your chemistry teacher's answer!
I think you're confusing about random particles... I can try to explain that using my basic school english, maybe I mistake on some details, but the ideas is supposed to be right.
First, about the random particles concept. Reporting to the laws of physic science, particles can NOT be in more than one place in the same time. Particles HAVE positions, they can NOT jump from places to places at random, they have to follow trajectories.
What I guess is confusing you is called the princip of incertitude : we can NOT know exactly the position AND the speed of a given particle. In fact, the more exactly we know where a particle is, the less exactly we know its speed. The more exactly we know the speed of a particle, the less exactly we know its position.
That is also true for electrons' position in an atom. We can't know where they exactly are, we can just make suppositions about they trajectories, and position's probability. Electron's actually have real position and trajectories around nucleus, but we can't determine it exactly.
aWWW, THE (erk, caps lock) color scheme is cute! ^^
_aka catc
[Feb 10, 2009 at 09:41 AM]
thankies n.n and yays periodic table of awesomeness n.n dragons are on it ( and a few inappropirate yet funneh things xD) just look up the periodic table o awesomeness on google xD
I know! I suck at microsoft paint, but catc's really good at it for some reason. I always lose patience with it, guess I'm just too OCD
_aka catc
[Feb 15, 2009 at 01:20 PM]
its easy if you zoom in really really close and work on it a section at a time u should see the boredom checker thing i did in class it took forever xD its on DA... not sure what its called though oh the entire band is finished! yays its gonna be posted this week nn *jumps around in exitement*
And yeah, that's what I do. I always try to check each section and make it symmetrical...not good for actually getting a picture done in any decent amount of time.
well if you start out with a white background and havn't colored anything in yet, you go up to the icon on the toolbar that looks like a dotted rectangle and click on it.... then go and select the area you want to copy and right click and select copy then when you are ready to paste go to the little boxes on the bottom of the toolbar that have diffrent little shapes and the rectagle is green select the one that has the clear background (no what surrounding it) then right click and paste it it will put it in the top right hand corner don't click outside of the shape you pasted.... go to the border until u get a + sign and drag it to where you want it... then go to the top menu bar and click on Image and click on the option flip/ rotate then select the 90 degrees and let it rotate until it is in the desired position ad then click ok and move your newly made section to the original one and voila you have a perfectly symetrical picture...
Btw... Here is night, see you soon girls!
First, about the random particles concept. Reporting to the laws of physic science, particles can NOT be in more than one place in the same time. Particles HAVE positions, they can NOT jump from places to places at random, they have to follow trajectories.
What I guess is confusing you is called the princip of incertitude : we can NOT know exactly the position AND the speed of a given particle. In fact, the more exactly we know where a particle is, the less exactly we know its speed. The more exactly we know the speed of a particle, the less exactly we know its position.
That is also true for electrons' position in an atom. We can't know where they exactly are, we can just make suppositions about they trajectories, and position's probability. Electron's actually have real position and trajectories around nucleus, but we can't determine it exactly.