Consider The Following Reaction A G B G C G D S In A Sealed Container Of 1 L At Equilibrium A Was 1 6 Mol L 1 (117.76 KiB) Viewed 8 times
Consider the following reaction: A(g) + B(g) C(g) + D(s) In a sealed container of 1 L, at equilibrium, [A] was 1.6 mol/L, was 1 mol/L, [C] was 4.9 mol/L and no was 4.9 moles a) [2 points] Calculate the equilibrium constant Kc (show your work) b) [2 points] 0.066 mol/L of B was added. Calculate the new reaction quotient at this new initial step, Qc (show your work) c) [2 points] How will the reaction shift? (Justify your answer) d) [7 points] At the newly reestablished equilibrium, [C] = 5 mol/L. Find [A] and and calculate the new equilibrium constant (show your work) e) [2 points] 0.2 moles of D has been added. How will the reaction shift? (Justify your answer) Question 6 Not yet answered Marked out of 20.00 Flag question The Nitrogen Oxide decomposes to N₂ and 0₂ at 500 K: NO (g) x 10² N₂ (g) + O₂ (g) Kp = = 1.55 a) [5 pts] 0.25 atm of NO, 0.25 atm of N₂, and 0.25 atm of O₂ are mixed in an evacuated vessel at 500 K, what is the direction of the reaction? b) [10 pts] Calculate the equilibrium pressures of the three gases. c) [5 pts] Find Kc at 500 K.
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