Recent content by pitbull

"Msc in Earth and Space Physics and Engineering", at DTU (Denmark). I love the courses it offers, and I would like to work for NASA in the future. Do you think this program is a good idea? Any opinions? (Click here to access the website)Thank you for your help, guys :)

Do you really think that Trump's victory will have an effect on my chances of finding a job/degree program in the US?

I would suggest combining Newton's Second Law with Lorentz Force, using the right coordinate system, and then work from there.

Did you write the expression for the force on the electron?

Thank you for the information, it's been quite helpful. And if I didn't end up going to graduate school in the US, and I got my Ph.D/masters in Europe, would I be less likely to find a job in the US? (my idea is to end up moving in the US sooner or later).

Pretty good, I have already spent two years studying in an English speaking country. Do you think being a TA would allow me to not pay any tuition fee, or I would still have to pay a percentage?

Hello everyone, I am from Spain and I am in the last year of my bachelor in Physics. I am actually very interested in moving in the US to get a masters degree, but I cannot afford to pay the tuition, and I was not able to find any full scholarship that I could apply for. Any advice that you...

Thank you for your answers. The thing is that I have not studied General Relativity yet, so I would have to study it on my own and write the thesis afterwards. All of that during only this summertime. Taking that into account, do you still think that I could manage to write on those topics?

Thank you for your answer! So this paper is actually about gravitational waves, and not gravity waves, right?

Hey! I am about to start my Bachelor's thesis about General Relativity. My professor mentioned that my thesis might as well be related to Gravitational Waves. Do you think that it would be appropriate to work on Gravitational Waves for a Bachelor's thesis? Isn't it too advanced? Also, any idea...

Homework Statement "According to 3rd Principle of Thermodynamics, prove whether or not paramagnetic substances obey Curie's Law at temperatures close to 0K" Homework Equations Curie's Law: M=CH/T The Attempt at a Solution I've done some research and I found this link (on page 245)...

Homework Statement An ideal gas expands isothermally in contact with a heat source. ∆U is zero in this case because it is an ideal gas and T=constant. Is this against Kelvin-Planck statement? Homework Equations pv=nRT dW=-pdV Kelvin-Planck statement: There is no process whose only result is...

And after equaling both quantities, I solve for I (current), right?

So should I derivate with respect to length and then equal that derivative to mg?

I believe the right answer is Alpha particles pass right through with no deflection.