Chemistry, 31.10.2019 21:31 miztati1280

The following equilibrium is established at 273 k in a 5.0 l container
2no(g) + o2(g) < -> 2no2(g) δh0 = - 113 kj / mol
state and explain, using differential rates (i. e. what happens to the rate forwards and the rate backwards) the effects the following have on the system at equilibrium – do not use lcp as an explanation as lcp does not explain anything, it just you predict what will happen.
a. selectively removing some of the no(g) (2 marks)
b. increasing the temperature (2 marks)
c. decreasing the volume of the container. (2 marks)

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The following equilibrium is established at 273 k in a 5.0 l container
2no(g) + o2(g) < -&g...