15. The reaction N2O49) = 2NO29) is allowed to reach equilibrium in chloroform solution at 25.0°C. The equilibrium concentrations are 0.330 M N204 and 1.93 M NO2. a. Calculate the Kc for the reaction. O 11.3 0.171 5.85 O 0.0564 O 17.7 15b. b. What is the Kp at the given temperature? O 276 23.2 0.0409 0.462 24.5

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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15c.
c. If an additional 1.00 mol NO2 is added to 1.00 L solution and is allowed to
reach equilibrium again, predict the direction of change for: [INCREASE,
DECREASE, NO EFFECT]
Increase
Decrease
No effect
Amount of N204.
Amount of NO2.
K
Transcribed Image Text:15c. c. If an additional 1.00 mol NO2 is added to 1.00 L solution and is allowed to reach equilibrium again, predict the direction of change for: [INCREASE, DECREASE, NO EFFECT] Increase Decrease No effect Amount of N204. Amount of NO2. K
15a.
15. The reaction N20a(g) = 2NO29) İs allowed to reach equilibrium in
chloroform solution at 25.0°C. The equilibrium concentrations are
0.330 M N2O4 and 1.93 M NO2.
a. Calculate the Ke for the reaction.
O 11.3
O 0.171
O 5.85
0.0564
O 17.7
15b.
b. What is the Kp at the given temperature?
O 276
23.2
0.0409
0.462
O 24.5
Transcribed Image Text:15a. 15. The reaction N20a(g) = 2NO29) İs allowed to reach equilibrium in chloroform solution at 25.0°C. The equilibrium concentrations are 0.330 M N2O4 and 1.93 M NO2. a. Calculate the Ke for the reaction. O 11.3 O 0.171 O 5.85 0.0564 O 17.7 15b. b. What is the Kp at the given temperature? O 276 23.2 0.0409 0.462 O 24.5
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