35710 3 46510 3 46510 3 46510 3 081 or 11 ratio Simplest mole ratio before

# 35710 3 46510 3 46510 3 46510 3 081 or 11 ratio

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3.57*10 -3 :4.65*10 -3 / 4.65*10 -3 : 4.65*10 -3 = 0.8/1 or 1:1 ratio Simplest mole ratio before rounding ___________0.8______________________ moles NaHCO 3 : __________________1_________ moles NaCl Simplest whole number mole ratio after rounding _______1__________________________ moles NaHCO 3 : __________1_________________ moles NaCl 2)Determine your percent yield of sodium chloride in reaction A. Show your work for each step. Page 1 of 3
Write the balanced equation for reaction A – the reaction between sodium bicarbonate and hydrochloric acid. 2(g) Using mass-to-mass stoichiometry, calculate the theoretical yield of NaCl for reaction A. Use your initial mass of sodium bicarbonate reactant as a starting point, along with the relevant mole ratio from the balanced equation to perform this calculation. Calculate your percent yield of sodium chloride product. Reaction B: Sodium Carbonate and Hydrochloric Acid Experimental Data (a) Mass of evaporating dish + watch glass 47.731 g (b) Mass of evaporating dish + watch glass + sodium carbonate 48.031 g (c) Mass of sodium carbonate used 0.300 g (d) Mass of evaporating dish + watch glass + sodium chloride 48.141 g
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