Recent content by CerealSteak

Trying Adjuster's trick I basically get v_in=5*v_1, My guess is that I can translate that to a R_eq of 5. But 5*0.01 = 0.05s (an order of magnitude too small). My guess is that I'm missing something here edit: v_1 = 10 Ohms * i_in v_in = 5 * (10 * i_in) R_eq = 50 Ohms 50 Ohm * 0.01 F = 0.5 s

I think I got the same deltaP as you by using the equation you mentioned. deltaP = deltaG / v (diamond) = 837606994.2 But what of the specific volume of graphite? Isn't this important to the solution as we have equilibrium between the two?

Thanks a lot for your time and help. I think I'm still a little confused with your comment on knowing how v changes as a function of P. Does this mean we write the equation deltaP=deltaG/v for both diamond and graphite then combine the equations to solve for deltaP or Pf?

2 years later and I've come up with the same question. Same numbers and everything. I seem to get an answer, but it appears to be far too low when checking against information found elsewhere. I've assumed that the process occurs at STP thus 1 atm or 101325 Pa and 25 C. The general equation...