Hi,
I'll be taking Quantum Mechanics A, Electromagnetic Theory I and PDE next semester. However, in the course description, PDE is a corequisite for QM and Electromagnetic. I wanted to know what PDE topic should I read up on during the holiday that i might encounter in QM or EM before the...
The classes are quite big actually.
for this year.
statistical physics - roughly 48 students enrolled of a total of 60 spots
computational physics - 30 out of 40 spots.
the conflict was created during my second year and there is nothing i can do to fix this even before scheduling for my...
Computational physics II
both are required for my program.
Just say i informed them but they can't/won't do anything about, then what other options do i have?
Hi,
I just discovered that next year, i will have two courses in the same time slot. I supposed to take one of them (statistical physics) this year (third year) but due missing prerequesite which I'm taking now, I'm unable to. These courses are offered only once a year. i can't graduate next...
Hi,
I'm a third year computational physics student at UofA.
I started looking into grad school for physics but I'm not so sure if i can make it into any good grad school with my not so good gpa (around 3.4 ish).
I have no research experience, however I'm planning on being an assistant for...
& is the bitwise and operator, x &= x-1; is the same as x = x & (x-1);
if an unsigned int x = 5; then
5 = 101 in binary and (x-1) = 4 = 100
so after evaluating, x = 100 in binary or x = 4 in decimal.
Hi,
After hrs of googling still couldn't find the answer to my question. I'm hoping i get better luck positng it here. Any C/C++ out there please help!
1)
a) Given an unsigned int x, what does x &= x-1; do and why does it work?
I know what x &= x-1 does but to explain why does it work...
Hi,
i'm stuck on this question for my hw, please do give any advice/suggestions .. thanks!
For Berthelot equation of state P = RT/(v-b) - a/(Tv^2)
where T is the thermodynamic temp, a and b are constants, R is the Universal gas constant.
a) Show that Lim_(T->infinity) v/T = R/P...