Increasing the (increase, decrease, no change) in the amount of O2 Forward [NO)*[H,0]* INH,[0;] Keq = Backward No Shift temperature Increasing the increase, decrease, no change) in the amount of H20 Forward volume of the container Backward 4 NHsg + 502) = 4NO + 6 H2Ois + No Shift heat Removing 02 (increase, decrease, no change) in the amount of NH3 Forward Backward No Shift
Increasing the (increase, decrease, no change) in the amount of O2 Forward [NO)*[H,0]* INH,[0;] Keq = Backward No Shift temperature Increasing the increase, decrease, no change) in the amount of H20 Forward volume of the container Backward 4 NHsg + 502) = 4NO + 6 H2Ois + No Shift heat Removing 02 (increase, decrease, no change) in the amount of NH3 Forward Backward No Shift
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![Activity 5: Complete Me!
Direction: Complete the following table. Write your answer on a separate sheet of
paper.
Stress applied Effect (encircle your Equilibrium
shift (encircle
your answer)
Forward
Equilibrium Reaction Keq expression
answer)
Hze) + Clg 2 2HClg
Decreasing the (increase, decrease,
[HCI]?
[H2][Cl,]
Keq
no change) in
the number of moles No Shift
of HCl(g)
Backward
%3D
pressure
Fes0414) +4 H2e + heat
2 3Fea) + 4H20ig
Increasing the (increase, decrease,
temperature
Forward
[H, 0]*
Кeq
[H2]*
no change) in
the volume of water
Backward
No Shift
vapor
collected
of (increase, decrease,
no change) in
the number of moles No Shift
of NO
2NO g + Ozlg)
2NO23) + heat
Addition
Forward
(NO2
(NO]?(0,]
Keq
helium
Backward
of (increase, decrease,
no change) in
the amount of H2COS
H2CO3(ag 2 CO2 (sel
Removal
Forward
[CO2]
[H,CO3]
+
Keq
CO2
Backward
No Shift
Increasing the (increase, decrease,
no change)
in the amount of O2
Forward
Backward
No Shift
[NO)*[H,0]*
Keq =
temperature
Increasing the (increase, decrease,
no change)
in the amount of H20
Forward
volume of the
Backward
4 NH3g + 502g) =
4NOg + 6 H2O +
heat
container
No Shift
Removing 02
(increase, decrease,
no change)
in the amount of NH3
Forward
Backward
No Shift](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff8db002e-7a0c-430c-87de-362dee43da25%2Facc1e66b-5982-4ba2-9810-2051409c54f5%2F7pdu0c_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Activity 5: Complete Me!
Direction: Complete the following table. Write your answer on a separate sheet of
paper.
Stress applied Effect (encircle your Equilibrium
shift (encircle
your answer)
Forward
Equilibrium Reaction Keq expression
answer)
Hze) + Clg 2 2HClg
Decreasing the (increase, decrease,
[HCI]?
[H2][Cl,]
Keq
no change) in
the number of moles No Shift
of HCl(g)
Backward
%3D
pressure
Fes0414) +4 H2e + heat
2 3Fea) + 4H20ig
Increasing the (increase, decrease,
temperature
Forward
[H, 0]*
Кeq
[H2]*
no change) in
the volume of water
Backward
No Shift
vapor
collected
of (increase, decrease,
no change) in
the number of moles No Shift
of NO
2NO g + Ozlg)
2NO23) + heat
Addition
Forward
(NO2
(NO]?(0,]
Keq
helium
Backward
of (increase, decrease,
no change) in
the amount of H2COS
H2CO3(ag 2 CO2 (sel
Removal
Forward
[CO2]
[H,CO3]
+
Keq
CO2
Backward
No Shift
Increasing the (increase, decrease,
no change)
in the amount of O2
Forward
Backward
No Shift
[NO)*[H,0]*
Keq =
temperature
Increasing the (increase, decrease,
no change)
in the amount of H20
Forward
volume of the
Backward
4 NH3g + 502g) =
4NOg + 6 H2O +
heat
container
No Shift
Removing 02
(increase, decrease,
no change)
in the amount of NH3
Forward
Backward
No Shift
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