Solom813
Badges: 8
Rep:
?
#1
Report Thread starter 1 year ago
#1
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
Last edited by Solom813; 1 year ago
0
reply
Solom813
Badges: 8
Rep:
?
#2
Report Thread starter 1 year ago
#2
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

Pls help, I don’t know where to start
Last edited by Solom813; 1 year ago
0
reply
charco
Badges: 18
Rep:
?
#3
Report 1 year ago
#3
(Original post by Solom813)
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

Pls help, I don’t know where to start
Find the atmospheres of each after the reaction.
0
reply
Solom813
Badges: 8
Rep:
?
#4
Report Thread starter 1 year ago
#4
(Original post by charco)
Find the atmospheres of each after the reaction.
I’m not sure how to do that. Are there x initial moles of each ?
0
reply
charco
Badges: 18
Rep:
?
#5
Report 1 year ago
#5
(Original post by Solom813)
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?
0
reply
Solom813
Badges: 8
Rep:
?
#6
Report Thread starter 1 year ago
#6
(Original post by charco)
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?
Yes thank you ! I don’t think I read it well
0
reply
X

Quick Reply

Attached files
Write a reply...
Reply
new posts
Back
to top
Latest
My Feed

See more of what you like on
The Student Room

You can personalise what you see on TSR. Tell us a little about yourself to get started.

Personalise

Have you made your mind up on your five uni choices?

Yes, and I've sent off my application! (261)
57.36%
I've made my choices but havent sent my application yet (61)
13.41%
I've got a good idea about the choices I want to make (48)
10.55%
I'm researching but still not sure which universities I want to apply to (40)
8.79%
I haven't started researching yet (25)
5.49%
Something else (let us know in the thread!) (20)
4.4%

Watched Threads

View All