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Ryomega
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Homework Statement
At low temperatures, Cv of solids is given by:
Cv = D([itex]\frac{T}{\Theta}[/itex])3
where:
D = 1.94*10^3
[itex]\Theta[/itex] = Debye Temperature, for diamond 1860K
If 100J of heat is transferred to 1mole of diamond, initially at 10K. Calculate the final temperature.
Homework Equations
Cv = D([itex]\frac{T}{\Theta}[/itex])3
Q = mCv(Tf-Ti)
The Attempt at a Solution
This is a straight forward question as the equation becomes:
Q = mCv(Tf-Ti)
Tf = [itex]\frac{Q}{mC}[/itex]+Ti
So the real problem I'm having is the fact that Cv is a function of T and T is changing as heat is being put in.
So how do I go about this question?
Thanks in advance