Sulfur dioxide and oxygen in the ratio 2:1 were mixed at constant temperature of 1000K and a constant pressure of 9 atmospheres in the presence of a catalyst. At equilibrium, one third of the sulfur dioxide had been converted into sulfur trioxide. Find kp
Sulfur dioxide and oxygen in the ratio 2:1 were mixed at constant temperature of 1000K and a constant pressure of 9 atmospheres in the presence of a catalyst. At equilibrium, one third of the sulfur dioxide had been converted into sulfur trioxide. Find kp
Sulfur dioxide and oxygen in the ratio 2:1 were mixed at constant temperature of 1000K and a constant pressure of 9 atmospheres in the presence of a catalyst. At equilibrium, one third of the sulfur dioxide had been converted into sulfur trioxide. Find kp
I’m not sure how to do that. Are there x initial moles of each ?
Sulfur dioxide and oxygen in the ratio 2:1 were mixed at constant temperature of 1000K and a constant pressure of 9 atmospheres in the presence of a catalyst. At equilibrium, one third of the sulfur dioxide had been converted into sulfur trioxide. Find kp
Now can you see how to get the initial atmospheres?
Sulfur dioxide and oxygen in the ratio 2:1 were mixed at constant temperature of 1000K and a constant pressure of 9 atmospheres in the presence of a catalyst. At equilibrium, one third of the sulfur dioxide had been converted into sulfur trioxide. Find kp
Now can you see how to get the initial atmospheres?
Sulfur dioxide and oxygen in the ratio 2:1 were mixed at constant temperature of 1000K and a constant pressure of 9 atmospheres in the presence of a catalyst. At equilibrium, one third of the sulfur dioxide had been converted into sulfur trioxide. Find kp
help pls
Hey, where did you get this question from? I'm trying to practice more questions that are challenging but can't seem to find the website or book with these questions.