Recent content by Deoxygenation

An uncharged spherical conducting shell surrounds a charge -q at the center of the shell. The charges on the inner and outer surfaces of the shell are respectively... For this question I know that the charges are going to be +q, -q respectively. However, what if the center charge wasn't...

Awesome, Thanks for showing me where I made my mistake :+)

[SOLVED] Total translational kinetic energy 1.A 0.03m3 vessel contains helium (monatomic) gas at 0.0C and 1.00 atm. The total translational kinetic energy of the gas molecules is (in KJ). 2. 3/2KbT 3. pV=nRT where p is the pressure, V is the volume, n is the number of molecules...

You know I just figured it out while looking at it, heheh. The word molar mass got to me figure that out and go ohhh, they want the molar mass per a charge, hehe, ok I got it now :+) Sorry about the confusing question, but I got it now, thanks :+)

Oooo, wow, good thing I came back and check out the question. Ok, that's what must of been wrong. Thank you for finding the error :+)

[SOLVED] Mass Spectrum * Fragmentation: 1. The problem, I've been having is how to tell a certain m/z (mass per a charge) value for fragmentation. Like the examples they give in the book have the values, but then we are expected to know the values of diffrent compounds, that aren't even in the...

I'm trying to get a better understanding of this sort of thing. Here is what I know... A positive point charge "q" is placed at the center of an uncharged metal sphere insulated from the ground. The outside of the sphere is then grounded from the outside. Then the ground wire is removed. A is...

Awesome, that's what I thought it could be a book error. I will go and ask my teacher about this whenever its possible, thanks for your help :+)

I'm more curious about what would it be, sort of question, like I know that When a positive charge is release and moves freely along an electric field line, it moves to a postion of lower potential to lower potential. If you have a negative charge and release it along an electric field...

[SOLVED] Determining temperature of a diatomic gas 1. Assume 3.0 moles of a diatomic gas has an internal energy of 10kJ. Determine the temperature of the gas after it has reached equilibrium (assuming that molecules rotate and vibrate at that tmeperature). 2.Boltzmann's constant and # of...