One mole of H 2 O(l) is compressed from a state described by P = 1.00 bar
Question:
One mole of H2O(l) is compressed from a state described by P = 1.00 bar and T = 350.K to a state described by P = 590. bar and T = 750.K. In addition, β = 2.07 × 10−4 K−1, and the density can be assumed to be constant at the value 997 kg m−3. Calculate ΔS for this transformation, assuming that κ = 0.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
From Equation 524 574 J k 1 0220 J k 1 572 J ...View the full answer
Answered By
Sheikh Muhammad Ibrahim
During the course of my study, I have worked as a private tutor. I have taught Maths and Physics to O'Level and A'Level students, as well as I have also taught basic engineering courses to my juniors in the university. Engineering intrigues me alot because it a world full of ideas. I have passionately taught students and this made me learn alot. Teaching algebra and basic calculus, from the very basics of it made me very patient. Therefore, I know many tricks to make your work easier for you. I believe that every student has a potential to work himself. I am just here to polish your skills. I am a bright student in my university. My juniors are always happy from me because I help in their assignments and they are never late.
14+ Reviews
24+ Question Solved
Related Book For 
Question Posted:
