Recent content by dauto

Neither A) nor B) seem correct to me. May be I misunderstand the question?

Quote "I don't remember a lot from DiffEq". Time to do a good review, isn't it? To keep it simple assume V = 0 and do the partial derivatives. What do you get?

What do you mean by "This can make us approximately half as fast as light" ? There seems to be some context missing from your question.

Does the center of mass of the system accelerate?

If they have the same velocity than one is not moving with respect to the other. Thair interaction is described by Coulomb's law.

The short article you linked is quite interesting but seems unrelated to your question. Can you clarify?

I think the whole premiss that C as defined at the OP is a constant is just pain wrong. Why would that be the case?

Yes, any other value for ψ' would produce a cusp at the origin.

The answer key is correct. Your answer makes no sense. ∂x/∂t = 0 is just an expression of the fact that x and t are independent variables. That's what's meant by a partial derivative. You keep x constant while deriving with respect to t. Well, if x is constant than its derivative with respect to...

Two mistakes. T=M*a isn't right because the string sways a1=a2 isn't right either because the pulley is not fixed.

If the image is virtual than di is negative (according with the most common sign convention which seems to be the one used here).

Your method is correct. The book's method is messed up.

The radius of the orbit cancels out of the equations. No need to waste time figuring that factor.

No, it does not. The "right hand rule" is arbitrary you could just as well use the "left hand rule" and everything would work the same (with reversed direction for the magnetic field since its direction depends on the arbitrary choice of right hand rule. That's why the Magnetic field is a...

The question makes no sense, The picture is useless, the grammar is not helping...