grayson

What are some tools that can help? and by a step-by-step guide I mean a less intimidating way to understand integrals. Calculus for dummies was easy. Instead of the complex power rule formula, it gave me a guide. Instead of f=2^3 you put the three before the two and than you add two (which is three minus one). When It got to the Rehmann sum (or however you spell it) I got to intimidated and left the book. That is how my mental disorder brain works (adhd, autism, who knows what) Edit: I explained the power rule bad. Instead of 2^3 it is 3 2^2

Hello, my name is Grayson. I am a bit ahead of myself, learning calculus. I understood like, 70 percent of it but I need help with integrals. My "Calculus for dummies book" Isn't explaining things good enough for me. So can anyone give me a step-by-step guide on how to solve integrals and what the best graphing calculator to use is. Because I don't have a ti-84 and all the online ones work drastically different.

Clearing some things up: No I don't. What?!?!?! I am sorry. There is so much stuff in the world that it is hard to know what's real and fake. That is the most useful thing I have ever come across. Thank you very much. All the other pictures are just tiny dots or have you ever seen "The boy and his atom"? Idk what those things are at this point. Edit: Also, I don't want to argue. One thing to think about, Science is done best together.

Okay that's fine if you don't want to say your age But I repeat, atoms only vibrate when bound to something else by a bond that allows motion about a central position. In such cases the vibration frequency is determined by the characteristics of the bond, which is in turn determined by molecular QM. Free atoms don't vibrate. There is no Hz of the atom. String theory is something else entirely - and by the way it isn't really even a proper theory so far, as it makes no testable predictions. (couldnt find a way to quote it) Isn't a bond made from electromagnetism? And also, Doesn't string theory make up pretty much every property of a particle? What I am trying to say is that electromagnetic bond has to do with string theory, so shouldn't vibrations have to do with it to?

Hello everyone. I love all of your answers but make sure to read this before posting. Either quote this or quote something else other than the main question. Mr. Brown and Einstein all made discoveries in Brownian motion. Maybe In an atom there is something causing it to vibrate. Some external factor other than heat. All I need is a video of an atom under a really good microscope so I can study its vibration. If I can do that than I can find a correlation to string theory. Thank you

String theory and quantum mechanics are closely tied. I am wondering if there is any correlation to the vibration of strings and the vibration of atoms. And I would rather not say my age. But I am ahead of my age by a lot, that is for sure. Vibration. Maybe I will convert Hz of the atom (if that is even a thing) to an easy to read sine wave. Yes, I know they are very small. I am using particles to better understand string theory

Well I was going to study the electrons of the atoms. Electrons one of the main particles. It is said that string are part of the particles. Also I heard that atoms constantly vibrate. Maybe studying the vibration of the atoms can prove string theory. Also, please understand that I dont know for sure if I will prove string theory ever. This i just my lifelong goal

Hello, my name is Grayson. I am currently learning calculus, trigonometry, and chemistry (My own research). I want to prove string theory somehow with calculus but need to somehow find a video of an atom under a microscope. Anything to research the movements. Anyone who has an STM or AFM. Please record something please