1. 5mol A(9) and 10mol B(g) is mixed and react inside a pressurized reactor at 300K and 200kPa as: A(g) +2B(= AB2 (9) Wh

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1. 5mol A(9) and 10mol B(g) is mixed and react inside a pressurized reactor at 300K and 200kPa as: A(g) +2B(= AB2 (9) Wh

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1 5mol A 9 And 10mol B G Is Mixed And React Inside A Pressurized Reactor At 300k And 200kpa As A G 2b Ab2 9 Wh 1
1 5mol A 9 And 10mol B G Is Mixed And React Inside A Pressurized Reactor At 300k And 200kpa As A G 2b Ab2 9 Wh 1 (27.11 KiB) Viewed 67 times
1. 5mol A(9) and 10mol B(g) is mixed and react inside a pressurized reactor at 300K and 200kPa as: A(g) +2B(= AB2 (9) When the system reaches equilibrium, 50% of B has been converted into ABZ. Assuming all gases as perfect gas. (a) Calculate KX®, and AG, (10 marks) (b) 2mol pure AB, gas is placed inside a 40L vacuum container and allowed to reach chemical equilibrium. Calculate the total pressure of the system. (10 marks)
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