To prepare titanium bromide a student mixes 1.000g of titanium metal and 5.00mL of bromine in alcohol (.200 g Br2 per 1.00 mL solution). Solution of bromine is dark brown and when mixed is colorless. A small amount of titanium metal remained unreactive. The amount of untracked titanium is .850g. Decanted liquid placed in crucible to evaporate and the weight of the product was measured as .980g. How do I find the results?

 

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Restes Initial mass of titanium: Volume of bromine solution: ml Mass of recovered titanium: Initial mass of bromine: Mass titanium consumed in rxn: Initial moles bromine atoms: mol Moles titanium consumed in rxn: mol Moles bromine consumed in rxn: mol Ratio Ti:Br Product formula: Mass of product formed: Limiting reagent: Balanced equation of the reaction: Using your experimental product formula, determine the theoretical yield of the reaction by: 1. Using the moles of the limiting reagent and the formula weight of your experimental product formula Percent yield: 2. Ti" is a possible cation for titanium. Determine the theoretical yield of the reaction by using the moles of the limiting reagent and the formula weight of titanium(III) bromide: Percent yield: Restes Initial mass of titanium: Volume of bromine solution: ml Mass of recovered titanium: Initial mass of bromine: Mass titanium consumed in rxn: Initial moles bromine atoms: mol Moles titanium consumed in rxn: mol Moles bromine consumed in rxn: mol Ratio Ti:Br Product formula: Mass of product formed: Limiting reagent: Balanced equation of the reaction: Using your experimental product formula, determine the theoretical yield of the reaction by: 1. Using the moles of the limiting reagent and the formula weight of your experimental product formula Percent yield: 2. Ti" is a possible cation for titanium. Determine the theoretical yield of the reaction by using the moles of the limiting reagent and the formula weight of titanium(III) bromide: Percent yield:

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Answer Initial mass of titanium 1000 g Mass of recovered titanium 0850 g Mass of titanium consumed i... View the full answer