Chemistry, 24.01.2020 10:31 cheervolley
A1.000 l vessel is filled with 1.000 mole of n2,2.000 moles of h2, and 3.000 moles of nh3. when the reaction n2(g) + 3 h2(g)⇀↽2 nh3(g) comes to equilibrium, it is observed that the concentration of nh3is 2.12 moles/l. what is the numerical value of the equilibrium constant kc?
Answers: 1
![[NH^3]= \frac{3mol}{1l}](/tpl/images/0468/7747/69ad7.png)
= 3M
] = 1M
] = 2 M
] = 1.96 M
) = 0.52 mol created (in addition to 1 mol already in vessel)
1.56 moles created 
] = 1.56 + 2 = 3.56 M
![\frac{[NH^3]^2}{N^2[H^2]^3}](/tpl/images/0468/7747/7f945.png)
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A1.000 l vessel is filled with 1.000 mole of n2,2.000 moles of h2, and 3.000 moles of nh3. when the...
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