Recent content by lmanri

Oh ok, which is 8.625*10^-5 eV/K

I don't understand it.

So, I would then have Z=(sum)e^(-(1/((1.38*10^-23)(290)))(n(0.01))

Homework Statement Consider a system at 290 K for which the energy of the nth state is En=n(.01 eV). Using 1+a+a2+a3...=1/(1-a) for a <1 where necessary, Find the value of the partition function. Homework Equations The Attempt at a Solution Z=∑e-βE_{}n β=1/κT I don't know...

Homework Statement Use EulersMethod to perform Euler's method with the given step size Δt on the given initial value problem over the time interval specified : dy/dt= (y^2)-4t , y(0)=0.5 , 0<=t<=2, Δt=0.25The Attempt at a SolutionThis is what I did but I don't think its right, because in the...

y=-1/(t^(3)+C)

Thank you

Thank you, but after I find that what do I do with y(0)=1

dy/dt=t^(2)y^(3) , y(0)=-1 I need help solving this I put the integral (dy/y^3)= integral (t^2)dt but idk what to do after that or if that's even right