Results - Equilibrium lab. (1) Curve (1) # transfers on x-axis (1) lines meet (1) Volume on y-axis...
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Transcript of Results - Equilibrium lab. (1) Curve (1) # transfers on x-axis (1) lines meet (1) Volume on y-axis...
Results - Equilibrium lab
Equilibrium - results from Part 1
0
10
20
30
40
50
60
0 5 10 15 20
# of transfers
Vo
lum
e (
mL
) GC 1GC 2
(1) Curve
(1) # transfers on x-axis
(1) lines meet(1
) V
olum
e on
y-a
xis
(1) Title
Total: /5
Equilibrium - results from Part 2
0
10
20
30
40
50
60
0 5 10 15 20
# of transfers
Vo
lum
e (
mL
) GC 1
GC 2(1) Curve
(1) lines switch and even out
Total: /2
Equilibrium - results from Part 3
0
5
10
1520
25
30
35
0 5 10 15
# of transfers
Vo
lum
e (
mL
)
GC 1
GC 2
(1) sharp jumps in volume
(2) Plotting data
Total: /3
Question 2 - (1) each, total: /6
i) amount/concentration of A/reactant
ii) amount/concentration of B/product
iii) forward reaction (rate of disappearance of reactant A or rate of appearance of product B)
iv) reverse reaction (rate of appearance of A/ reactant or rate of disappearance of B/product)
v) time/length/duration of reaction
vi) Fraction of reactant/product converted to product/reactant, rate of reaction, % successful collisions or conversions
Question 3,4 - total: /4
3) Dynamic equilibrium = dynamic, equilibrium: dynamic: reactions (forward & reverse) continue (1), equilibrium: concentrations (of reactants and products) don’t change (1)
You can tell from the graph because [ ] does not change (lines become straight) (1)
4) You can tell by where the lines straighten out. If one reaction is favored, more of its product will form (higher line). (1)
Total: /20For more lessons, visit www.chalkbored.com