SAWNDERS IDEAL GAS LAW W NAME: PRE-LABORATORY QUESTIONS 12.00 mL of a 12.00 M HCI solution was reacted with 0.0450 grams of magnesium. Which reactant is the limiting reactant? Mathematically document your answer. S7 0 81 e h 2. Given the following experimental data, make the calculations required. Fill in the blanks with the missing data. If you are having problems, see the "Sample Data & Calculations" example. Show your set-up and work. 0.04391 grams Mass of magnesium used 1 Theoretical number of moles of hydrogen produced (Use 4 significant figures to reduce your error.) moles H2 2 Experimental volume of "wet" hydrogen collected at room conditions in millilitres 3 43.69 m CvnorinoontaIvolu af iI,

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Chapter1: Chemical Foundations
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SAWNDERS
IDEAL GAS LAW
W NAME:
PRE-LABORATORY QUESTIONS
12.00 mL of a 12.00 M HCI solution was reacted with 0.0450 grams of magnesium.
Which reactant is the limiting reactant? Mathematically document your answer.
S7
0 81
e
h
2. Given the following experimental data, make the calculations required. Fill in the
blanks with the missing data. If you are having problems, see the "Sample Data &
Calculations" example. Show your set-up and work.
0.04391 grams
Mass of magnesium used
1
Theoretical number of moles of hydrogen produced
(Use 4 significant figures to reduce your error.)
moles H2
2
Experimental volume of "wet" hydrogen collected at room
conditions in millilitres
3
43.69 m
CvnorinoontaIvolu
af iI,
Transcribed Image Text:SAWNDERS IDEAL GAS LAW W NAME: PRE-LABORATORY QUESTIONS 12.00 mL of a 12.00 M HCI solution was reacted with 0.0450 grams of magnesium. Which reactant is the limiting reactant? Mathematically document your answer. S7 0 81 e h 2. Given the following experimental data, make the calculations required. Fill in the blanks with the missing data. If you are having problems, see the "Sample Data & Calculations" example. Show your set-up and work. 0.04391 grams Mass of magnesium used 1 Theoretical number of moles of hydrogen produced (Use 4 significant figures to reduce your error.) moles H2 2 Experimental volume of "wet" hydrogen collected at room conditions in millilitres 3 43.69 m CvnorinoontaIvolu af iI,
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