emical Equilibrium 9. Consider the following equilibrium system: Cl>(g) + 2NO(g) = 2NOCI(g) K. = 5.00 dm³ mol¯ At equilibrium, the concentration of Cl2(g) and NO(g) are 1.00 mol dm and 2.00 mol dm³ respectively. What is the concentration of NOCI(g) at equilibrium? -3 A. 0.224 mol dm¯3 B. 2.34 mol dm C. 4.47 mol dm D. 10.0 mol dm¯³ -3 10. Consider the following equilibrium system:

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emical Equilibrium
9. Consider the following equilibrium system:
Cl>(g) + 2NO(g)
= 2NOCI(g)
K. = 5.00 dm³ mol¯
At equilibrium, the concentration of Cl2(g) and
NO(g) are 1.00 mol dm and 2.00 mol dm³
respectively. What is the concentration of
NOCI(g) at equilibrium?
-3
A. 0.224 mol dm¯3
B. 2.34 mol dm
C. 4.47 mol dm
D. 10.0 mol dm¯³
-3
10. Consider the following equilibrium system:
Transcribed Image Text:emical Equilibrium 9. Consider the following equilibrium system: Cl>(g) + 2NO(g) = 2NOCI(g) K. = 5.00 dm³ mol¯ At equilibrium, the concentration of Cl2(g) and NO(g) are 1.00 mol dm and 2.00 mol dm³ respectively. What is the concentration of NOCI(g) at equilibrium? -3 A. 0.224 mol dm¯3 B. 2.34 mol dm C. 4.47 mol dm D. 10.0 mol dm¯³ -3 10. Consider the following equilibrium system:
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