N2(g)  +  3H2(g)  ⇆  2NH3(g)  +

Chemistry
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Chapter1: Chemical Foundations
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Le Chatelier’s Principle states that when a system is at equilibrium it is subjected to stress, the system will shift its equilibrium point in order to relieve the stress. Complete the following chart by indicating the shift for the equilibrium (⤾or⤿) and whether the other values increase (↑), decrease (↓) or remain unchanged (-). 

N2(g)  +  3H2(g)    2NH3(g)  +  heat

 

Le Chatelier's Principle
Chemical Equilibrium
LE CHATELIER'S PRINCIPLE
Le Chatelier's Principle states that when a system is at equilibrium it is subjected to stress, the
system will shift its equilibrium point in order to relieve the stress. Complete the following chart by
indicating the shift for the equilibrium (Jor.) and whether the other values increase (1), decrease
(1) or remain unchanged (-).
N,(g) + 3H,(g) $ 2NH,(g) + heat
Stress
Equilibrium
Shift
(NH,
[N]
[H]
1) Add N,
2) Add H,
3) Add NH,
4) Remove N,
5) Remove H,
6) Remove NH,
7) Increase
Temperature
8) Decrease
Тeпрerature
9) Increase
Pressure
(decrease volume)
10) Decrease
Pressure
(increase volume)
11) Add a catalyst
Transcribed Image Text:Le Chatelier's Principle Chemical Equilibrium LE CHATELIER'S PRINCIPLE Le Chatelier's Principle states that when a system is at equilibrium it is subjected to stress, the system will shift its equilibrium point in order to relieve the stress. Complete the following chart by indicating the shift for the equilibrium (Jor.) and whether the other values increase (1), decrease (1) or remain unchanged (-). N,(g) + 3H,(g) $ 2NH,(g) + heat Stress Equilibrium Shift (NH, [N] [H] 1) Add N, 2) Add H, 3) Add NH, 4) Remove N, 5) Remove H, 6) Remove NH, 7) Increase Temperature 8) Decrease Тeпрerature 9) Increase Pressure (decrease volume) 10) Decrease Pressure (increase volume) 11) Add a catalyst
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