Calculate the product of pressure (atm) and Vtotal for each trial. This value (K) should be reported in the table above with 4 significant figures. Show one calculation below: Calculate the average "K" value and report it in the data table above. Show your calculation below:

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Chapter1: Chemical Foundations
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2. Calculate the product of pressure (atm) and Vtotal for each trial. This value (K) should be reported in the table
above with 4 significant figures. Show one calculation below:
3. Calculate the average "K" value and report it in the data table above. Show your calclulation below:
4. Delta percent (A%) is a mathematical comparison of a single trial to the
average expressed on a percent scale.
A% =
(Ktrial
-
Kaverage)
(Kaverage)
Calculate A% for each trial and record each result in the data table above with 2 decimal point accuracy.
Show one of your 10 calculations below.
x 100
5. Use your Average "K" value to determine the gas pressure you would expect to measure when the syringe is
at the 3.0 mL position in this experiment. Show your calculations below.
Transcribed Image Text:2. Calculate the product of pressure (atm) and Vtotal for each trial. This value (K) should be reported in the table above with 4 significant figures. Show one calculation below: 3. Calculate the average "K" value and report it in the data table above. Show your calclulation below: 4. Delta percent (A%) is a mathematical comparison of a single trial to the average expressed on a percent scale. A% = (Ktrial - Kaverage) (Kaverage) Calculate A% for each trial and record each result in the data table above with 2 decimal point accuracy. Show one of your 10 calculations below. x 100 5. Use your Average "K" value to determine the gas pressure you would expect to measure when the syringe is at the 3.0 mL position in this experiment. Show your calculations below.
Data table: Boyle's Law
Trial #
1
2
3
4
5
6
7
8
Pressure
(torr)
760
83
919
1010
1127
1258
1451
1717
Pressure
(atm)
Vsyringe
(mL)
60 mL
55 mL
50 mL
Show your Vtube Calculations below:
45 mL
40 mL
35 mL
30 mL
25 mL
V tube = (P₁ x V syringe 1.
V tube
(mL)
Kaverage is determined by averaging all of the K values from trials 1 -8
L
V total
(mL)
Kaverage =
Boyle's Law:
1. Using only trial 1 & 8 data, calculate the volume of the tube using the equation below. Since the tube volume is the
same for each trial, you can write it into all Vtube cells in the table above. Vtube is typically several mL.
P8 - P₁
P x V total = K
(atm*mL)
P8 X Vsyringe 8)
Δ%
(7)
Transcribed Image Text:Data table: Boyle's Law Trial # 1 2 3 4 5 6 7 8 Pressure (torr) 760 83 919 1010 1127 1258 1451 1717 Pressure (atm) Vsyringe (mL) 60 mL 55 mL 50 mL Show your Vtube Calculations below: 45 mL 40 mL 35 mL 30 mL 25 mL V tube = (P₁ x V syringe 1. V tube (mL) Kaverage is determined by averaging all of the K values from trials 1 -8 L V total (mL) Kaverage = Boyle's Law: 1. Using only trial 1 & 8 data, calculate the volume of the tube using the equation below. Since the tube volume is the same for each trial, you can write it into all Vtube cells in the table above. Vtube is typically several mL. P8 - P₁ P x V total = K (atm*mL) P8 X Vsyringe 8) Δ% (7)
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