Recent content by Dual Op Amp

Hmmm...Okay, thanks.

I wonder... If I were in a room with no windows, and completely isolated. The room had red, yellow, orange, and blue objects in it. Now, there was NO light source. So, as soon as the door closes, it's completely dark. The only light source is light that emits red light. Okay, would the red...

Well, it's almost been a year. For two, maybe three years I searched for the COMPLETE answer to covelant bonding. Only to find it was in hybridization. I thought this was some stupid theory, and ignored it for the longest time. I've known the answer for about two to three months now, but am...

I've answered my question by myself, but thanks anyway.

I have a question regarding diodes. Aluminum has 3 valence electrons, and normally bonds with 3 atoms in order to rid itself of the valence electrons, right? Okay, but when mixed in a matrix of silicon atoms, it doesn't have enough electrons to share with the silicon. This makes a hole...

http://12.22.230.41/MicroTech/Host/Images/ChemicalBonding..JPG Maximize the screen, sorry it came out a little fuzzy. http://12.22.230.41/MicroTech/Host/Images/ChemicalBonding.GIF

It could also be so that the consumer will buy more hydrogen. This hydrogen car is going to be just like a gasoline car. Big, bulky, amp-consuming machines are going to be needed in order to take the water and convert it into hydrogen, so that we the people may buy it for $5.00 a gallon. Of...

I'm not sure what you meant by that website, I didn't make any of these websites, I just posted them. If you're talking about my entire post, well then, how rude. But, anyway. 17.

Alright, but that doesn't tell me why adding electrons causes the energy to go down, or whatever. Hmm... Tell me if I'm correct, okay. Is it that two atoms have a potential energy between them, one atom's electrons are attracted to the other atom's protons. And the other atom's electrons...

This is getting rediculous. Why? Do you have any links to give me?

I agree, and if that doesn't work out, you could always recount.

Yes, coulumb's law is the fact that opposites attract and likes repell, an electron repells an electron, but is attracted to a proton. I understand, I guess, the basics of quantum mechanics. I understand electrostatics, mainly, because I've been taught electronics from my Grandfather. I took...

I'm not sure how it takes advanced math, just to compute the energy of an atom, but, I need to go to college before I get deep into this stuff, anyway last couple of posts is an answer to what you wanted.

Yes, coulumb's law is the fact that opposites attract and likes repell, an electron repells an electron, but is attracted to a proton. I understand, I guess, the basics of quantum mechanics. I understand electrostatics, mainly, because I've been taught electronics from my Grandfather. I took...

Uhh... Geeze, why is this so hard? Do you have any links? Okay, I understand it all. Only one part I don't understand. One second. Okay.