Recent content by genome66

thank you tiny tim

I was wondering if there was a book that listed and described the majority of physics equations, especially the ones pertaining to quantum theory?

I was wondering also if there was a book that listed and described the majority of physics equations, especially the ones pertaining to quantum theory?

what are the variables in the equation v=dx/dt (obviously v is velocity).

Is it possible that your physical existence, is in essence an abstract and symbolic one, rather than two separate existences

Yah, English was never my strong suit, but; and correct me if I'm wrong;it would seem that the phenomenons that are ultimately determining the decisions, if they are as I think based on the person's individuality, are for the most part an extension of the person's consciousness, meaning it is...

To tell the truth, when I said Conservation of momentum, i meant the most absolute basic meaning of the term (basically High School Physics meaning), I meant what I asked, all i wanted to know is, is there any similarity between conservation of momentum and potential energy, in any possible...

What are some good introductory books to Quantum theory.

If the object has no acceleration, then the net force acting upon the object should be zero. If there is a specific situation you are talking about, I could probably figure it out, if not, then I guess that's it.

If you mean the formula for force acting on an object, it is F=MA, m being mass, and a being acceleration. And for the matter of deceleration, it is simply acceleration in the opposite direction of initial trajectory. Deceleration can be measured by the (length/time^2) decrease in the...

Tiny Tim, I understand how conservation of momentum can't be compared to Kenetic energy; but couldn't the conservation of momentum, of an object with the net force of zero, be compared to the kenetic energy that an object has at rest? -thanks for the welcome by the way :)

But the equation is valid, right?

Okay, so I know that E=MC2, is an equation in regards to an object at rest. But I recently came across another formula: m² = E² - p²; in the description, it stated, that it was basically E=MC2, in regards to an object in motion. Is this information valid?

I recently came upon an article describing conserved momentum, and from what I got about the subject; it would seem that it is (for the most part) the equivalent of potential energy. Is this true, because it seems like there must be a difference between the two?

-In regard to your third paragraph. Your theory seems solid, but I leave you with this to ponder, andresordonez, it may seem that we have no free will. But it is my belief, that the decision that results from that physical phenomenon is based on the person in questions individuality, so though...