Take help of quick online tool Equilibrium Constant(kp) Calculator and convert the equilibrium constant Kc to Kp. Simply enter the inputs in the inpit fields and then tap on the calculate button to avail the equlibrium constant in terms of partial pressure kp.
kp Calculator: If you are wondering how to express equilibrium constant kp in terms of partial pressure then make use of the handy tool. The Online kp Calculator is straightforward, easy to use and gives result in a fraction of seconds. Continue reading to know what is meant by kp, kp equation, how to convert between equalibrium constant kc to equlibrium constant kp.
Change is not permanent in certain reactions and at times products can form reactants. If both forward and backward reactions occur simultaneously then it is said to be a reversible reaction. In the case of reversible reactions, you can determine the equilibrium constant using molar concentration kc of chemicals. Reaction is a*A + b*B ⇌ c*C + d*D
Equlibrium Constant in terms of Concentration Kc = ([C]c * [D]d) / ([B]b * [A]a)
Equilibrium Constant Formula in terms of Partial Pressure is given by Kp = (Pcc * Pdd) / (Pbb * Paa)
Follow the step by step process listed below to convert between Kp to Kc
Relationship between Kp and Kc
Relationship between Kp and Kc is given by the expression Kp = Kc * (R * T) Δn
Go through the simple process mentioned below to find out the Equilibrium Constant Kp from Partial Pressures. They are as such
1. How do you Calculate Kp?
You can calculate Kp by using the formula Kp = Kc * (R * T) Δn
2. What is the formula to find Kp using Partial Pressures?
The formula to find kp using Partial Pressures is given by expression Kp = (Pcc * Pdd) / (Pbb * Paa)
3. Where do I get best online calculator for finding Equilibrium Constant Kp?
You can find the best online calulator for Equlibrium Constant Kp on Chemistrycalc.com a trusted and reliable portal.
4. What is delta N in KP equation?
Delta N(Δn) is nothing but the difference between the total mole of gas on the product side to the total moles of gas on the reactants side.