Chemistry Thermodynamics Equilibrium
Equilibrium constant K for some reaction at temperature 300K was found to be 100 .Calculate equilibrium for same reaction at 400K if R= 8.23 change in enthalpy is 5000J
You want to use the van't Hoff equation You can find it here.
http://en.wikipedia.org/wiki/Van_%27t_Hoff_equation
You can ask a new question or answer this question .
Similar Questions
Top answer:
Kp = 4 AB(s) ==> A(g) + B(g) Kp = pA*pB If we let p = partial pressure of A, p also will be the
Read more.
Top answer:
Nevermind this was answered here jiskha com/display.cgi?id=1332104707
Read more.
Top answer:
I think what you want to do is to reverse the equation, calculate the new Kc, then using that
Read more.
Consider the reaction: 2H2S(g)⇌2H2(g)+S2(g) An equilibrium mixture of this reaction at a certain temperature was found to have
Top answer:
To find the value of the equilibrium constant (K) at a given temperature, you need to use the
Read more.
Top answer:
To write the expression for the equilibrium constant for a given reaction, we need to write the
Read more.
Top answer:
You don't give units for the pressure. Is that atm? torr? what?
Read more.
Top answer:
............2SO2 + O2 ==> 2SO3 E...........x.....2.0M....10M Substitute the values into the Kc
Read more.
Top answer:
Keq = (NH3)^2/(N2)(H2)^3 Keq = (7.62)^2/(4.53)(2.49)^3 = about 0.830
Read more.
Top answer:
this question is also based on the reaction above. The concentration of I2(g) is increased to 1.5 M,
Read more.
