First, we placed approximately 20 g of calcium carbonate in a wide-mouth bottle and covered it with water. I then put together the generator consisting of a 2-hole stopper, a glass bend, and a thistle tube. I then picked up a drying tube of anhydrous calcium chloride that was supplied for us. I clamped the tube in place on the ring stand, and then connected the one end of the glass bend of the generator. I obtained a 250 ml Erlenmeyer flask from the locker and inserted a glass tube extending one inch from the stopper. My lab partner and I determined the mass of the flask with the stopper assembly in place. Next, we attached the flask to the drying tube with an 8 in. piece of rubber tubing and loosely placed the neck of the flask in place. Once the apparatus was assembled we ready to generate CO2. Mr. Henze then poured highly concentrated HCl slowly into the thistle tube. We observed when the HCl was poured into the generator with the marble chips the reaction began immediately causing bubbles to surface. After patiently observing the reaction for

Some topics in this essay:
CaCl2 Questions, CO2 Henze, Procedure Observations, STP Calculate, Calcium Carbonate, Table Mass, Volume CO2, Barometer Reading, Gas Purpose, STP Mass, molar mass, mass co2, mass flask, carbon dioxide, water vapor, molar mass co2, calcium chloride, water vapor pressure, flask stopper, barometer reading, stopper assembly, air flask, 253 ml volume, flask stopper assembly, mass flask stopper,