The Ideal Gas Law Data Sheet Part A The Dead Volume Data Temperature Of The Water In The Beaker C 22 8 Mass Of The D 1 (72.56 KiB) Viewed 43 times
The Ideal Gas Law Data Sheet Part A The Dead Volume Data Temperature Of The Water In The Beaker C 22 8 Mass Of The D 2 (64.33 KiB) Viewed 43 times
The Ideal Gas Law Data Sheet Part A The Dead Volume Data Temperature Of The Water In The Beaker C 22 8 Mass Of The D 3 (27.08 KiB) Viewed 43 times
The Ideal Gas Law Data Sheet Part A: The Dead Volume Data Temperature of the water in the beaker (°C) 22.8 Mass of the dry empty beaker (g) 30.987 Mass of the beaker plus water (g) 37.837 Part B: Collection of the Hydrogen Data Mass of the magnesium ribbon (g) 0.0428 Volume reading of the burette with hydrogen (mL) 13.55 Temperature of the water in the cylinder (°C) 22.6 Atmospheric pressure in the lab (mmHg) 764.3
Part B: Reaction of magnesium with hydrochloric acid 1- From the mass of Mg(s), calculate the theoretical number of moles of Mg and of H2(gas) that should be produced during the reaction (see Equation (2)). (4 marks) nH2(g) = 2-Determine the Vapor Pressure of water (Pwater) at the temperature of the water used in your experiment (use table 1 and see Equation (9)). (4 marks)
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