1 Chemistry 1515L Week 10 Graduate Teaching Assistant Contact Information Week 10 – Experiment 7 : REACTION PROPORTIONS Completing the Graphs: Graph 1 Using the graphing software built into MicroLab, you should plot a graph of “g of Product” versus “mL of Ni Salt” – print a copy for each lab partner. Graph 2 Calculate the “mole ratio” of Ni/DMG for each experiment (1-5) then plot a second graph of “g of Product” versus “Ni/DMG Mole Ratio” – print a copy for each lab partner. This graph will then allow you to complete the calculations needed for the Data Report Sheet. Instructions for using the graphing software are available on the 1515L page related to this experiment.
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Chemistry 1515L Week 10
Graduate Teaching Assistant
Contact Information
Week 10 – Experiment 7 : REACTION PROPORTIONS
Completing the Graphs:
Graph 1
Using the graphing software built into MicroLab, you should plot a
graph of “g of Product” versus “mL of Ni Salt” – print a copy for each
lab partner.
Graph 2
Calculate the “mole ratio” of Ni/DMG for each experiment (1-5) then
plot a second graph of “g of Product” versus “Ni/DMG Mole Ratio” –
print a copy for each lab partner.
This graph will then allow you to complete the calculations needed
for the Data Report Sheet.
Instructions for using the graphing software are available on
the 1515L page related to this experiment.
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Data input
Week 10 – GAS LAWS
Ideal Gas Law: PV = nRT
Charles’ Law: Volume ∝∝∝∝ Temperature
so: V1T1 = V2T2
Boyle’s Law: Pressure ∝∝∝∝ Volume
so: P1V1 = P2V2
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Week 10 – BOYLE’S LAW
MicroLab analysis unit has a built-in pressure sensor; attaching a graduated
syringe enables the measurement of volume-pressure changes
Week 10 – BOYLE’S LAW
Setting up the interface appropriately to investigate Boyle’s Law
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Week 10 – BOYLE’S LAW - Webpage
Week 10 – BOYLE’S LAW – Handout on Webpage
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• Read all of the material available (Lab Manual and
Website) related to the next experiment (Molar Gas