1)
In a similar experiment, a student transferred 0.0623g of magnesium to a flask, whose contained volume was determined to be 273.2mL. After the flask reached
thermal equilibrium, the student dispensed 5mL of 6.27M sulfuric acid into the flask and withdrew the plunger to the original volume mark.
(a) Write the balanced chemical reaction between magnesium and sulfuric acid:
(b) Write the complete ionic equation for the above reaction:
(c) Write the net ionic equation based on the complete lonic equation:
(d) Determine the number of moles of magnesium transferred to the flask:
(e) Based on the reaction stoichiometry, determine the number of moles of hydrogen generated by this reaction:


2) If the above reaction was performed at 21.2°C and the pressure change was determined to be 23.52kPa, determine the partial pressure hydrogen in the reaction
flask.