Given the Reaction: 2KC4H5O6 + Na2CO3·H2O+ 6H2O → 2 KNaC4H4O6·4H2O + CO2 Solve For: 1. Percent Composition by Mass of EACH Compound (both the Reactants and The Products) 2. A scientist used 1.5kg of Cream of Tartar and 2.5kg of Sodium Carbonate Monohydrate to form Seignette Salt, Calculate the Mass to Mass Stoichiometry Calculations (Both Reactants to ALL the Products) 3. What is the Limiting Reagent? What about the Excess Reagent? 4. What is the amount of Excess in grams? 5. If the scientist's actual yield was 1.2kg of Seignette Salt, What is the Percent Yield? 6. The manufacturer wants a formulation of 160mg per 5 mL in 100mL per bottle, Calculate the Number of Dosage Form and Packaging That Can Be Produced from Stoichiometric Calculations.
Given the Reaction:
2KC4H5O6 + Na2CO3·H2O+ 6H2O → 2 KNaC4H4O6·4H2O + CO2
Solve For:
1. Percent Composition by Mass of EACH Compound (both the Reactants and The Products)
2. A scientist used 1.5kg of Cream of Tartar and 2.5kg of Sodium Carbonate Monohydrate to form Seignette Salt, Calculate the Mass to Mass Stoichiometry Calculations (Both Reactants to ALL the Products)
3. What is the Limiting Reagent? What about the Excess Reagent?
4. What is the amount of Excess in grams?
5. If the scientist's actual yield was 1.2kg of Seignette Salt, What is the Percent Yield?
6. The manufacturer wants a formulation of 160mg per 5 mL in 100mL per bottle, Calculate the Number of Dosage Form and Packaging That Can Be Produced from Stoichiometric Calculations.
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