This can't be done, except with trial and error, without
a. the reaction and
b. coefficients.
the concentrations and pressures at equilibrium were found to be: 1.6 × 10–2 M for A, 8.1 × 103 Pa for B, 13.6 M for C, 13.1 M for D, and 3.9 × 104 Torr for E. Calculate the equilibrium constant, K
the right answer is 1x10^12 i tried this problem so many times and i cannot figure out how they got that answer, i put it in my calculator and got something completley different. please help...
3 answers
i'm sorry the equation is 2A + 3B +C<--->2D +3E
The answer is 1.3E13.