Directions: Given the equilibrium reaction (column 1) and thestress applied (column 2), choose the appropriate effect and shiftof equilibrium found in column 3 and 4, respectively. Write theletter of the correct answer on your notebook.Equilibrium ReactionStressEffectEquilibriumAppliedDecreasing A.Shift1. H,(g) + Ch(g) 2 HCI (g)increaseA. ForwardpressureВ.decreaseB. BackwardC. No effect inthe number ofC. No Shiftmoles of HCI(g)2. Fe,0,(s) + 4H, + heat 3 Fe(s) 4H,O(g)Increasing A. increaseB. decreaseTemperature C. No effectA. ForwardtheB. BackwardC. No ShiftIn the volume ofwater vaporcollected.3. 2 NO(g) +O, (g)2 NO,(g) +Addition of A.increaseA. ForwardheatheliumВ.decreaseB. BackwardC. No effectin the number ofC. No Shiftmoles of NORemoval of A. increaseCO24. H,COs(aq) --CO.(aq) + H,O(I)A. ForwardB. decreaseB. BackwardC. No effectIn the amount ofC. No ShiftH2CO3

Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…

Directions: Given the equilibrium reaction (column 1) and the stress applied (column 2), choose the appropriate effect and shift of equilibrium found in column 3 and 4, respectively. Write the letter of the correct answer on your notebook. Equilibrium Reaction Stress Effect Equilibrium Applied Decreasing A. Shift 1. H,(g) + Ch(g) 2 HCI (g) increase A. Forward pressure В. decrease B. Backward C. No effect in the number of moles of HCI(g) C. No Shift 2. Fe,0,(s) + 4H, + heat 3 Fe(s) 4 H,O(g) Increasing A. increase B. decrease Temperature C. No effect A. Forward B. Backward C. No Shift the In the volume of water vapor collected. 3. 2 NO(g) +O, (g) 2 NO,(g) + Addition of A. increase A. Forward heat helium В. decrease B. Backward C. No effect in the number of C. No Shift moles of NO 4. H,COs(aq) -Co,(aq) + H,O(1) Removal of A. increase A. Forward B. decrease C. No effect In the amount of H2CO3 CO2 В. Ваckward C. No Shift

Directions: Given the equilibrium reaction (column 1) and the stress applied (column 2), choose the appropriate effect and shift of equilibrium found in column 3 and 4, respectively. Write the letter of the correct answer on your notebook. Equilibrium Reaction Stress Effect Equilibrium Applied Decreasing A. Shift 1. H,(g) + Ch(g) 2 HCI (g) increase A. Forward pressure В. decrease B. Backward C. No effect in the number of moles of HCI(g) C. No Shift 2. Fe,0,(s) + 4H, + heat 3 Fe(s) 4 H,O(g) Increasing A. increase B. decrease Temperature C. No effect A. Forward B. Backward C. No Shift the In the volume of water vapor collected. 3. 2 NO(g) +O, (g) 2 NO,(g) + Addition of A. increase A. Forward heat helium В. decrease B. Backward C. No effect in the number of C. No Shift moles of NO 4. H,COs(aq) -Co,(aq) + H,O(1) Removal of A. increase A. Forward B. decrease C. No effect In the amount of H2CO3 CO2 В. Ваckward C. 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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Question

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Directions: Given the equilibrium reaction (column 1) and the
stress applied (column 2), choose the appropriate effect and shift
of equilibrium found in column 3 and 4, respectively. Write the
letter of the correct answer on your notebook.
Equilibrium Reaction
Stress
Effect
Equilibrium
Applied
Decreasing A.
Shift
1. H,(g) + Ch(g) 2 HCI (g)
increase
A. Forward
pressure
В.
decrease
B. Backward
C. No effect in
the number of
C. No Shift
moles of HCI(g)
2. Fe,0,(s) + 4H, + heat 3 Fe(s) 4
H,O(g)
Increasing A. increase
B. decrease
Temperature C. No effect
A. Forward
the
B. Backward
C. No Shift
In the volume of
water vapor
collected.
3. 2 NO(g) +O, (g)
2 NO,(g) +
Addition of A.
increase
A. Forward
heat
helium
В.
decrease
B. Backward
C. No effect
in the number of
C. No Shift
moles of NO
Removal of A. increase
CO2
4. H,COs(aq) --CO.(aq) + H,O(I)
A. Forward
B. decrease
B. Backward
C. No effect
In the amount of
C. No Shift
H2CO3

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