1
answer
0
watching
451
views
18 Nov 2019
13:@ C.O137Mxico Percni y..gr 1.2- LIMITING REAGENT PROBLEMS Limiting Reagent - reactant that is fully consumed in the reaction Excess Reactant-reactant that is left over after the chemical reaction Limiting Reagent Calculation Process: 1. Determine moles of each reactant 2. Determine which chemical is the limiting reagent 3. Use the number of mols of limiting reagent to determine the quantity of any reaction product 1) 4 Fe + 30; â 2 Fe2O3 Given 4.0 grams of Fe and 3.5 grams of O2, how many grams of iron (I) oxide can be made? 2) Nitrogen gas and hydrogen gas react together to form ammonia (NHs). Given 75.0 g of nitrogen and 45.0 g of hydrogen, how many grams of ammonia can be made? (write& balance equation)
13:@ C.O137Mxico Percni y..gr 1.2- LIMITING REAGENT PROBLEMS Limiting Reagent - reactant that is fully consumed in the reaction Excess Reactant-reactant that is left over after the chemical reaction Limiting Reagent Calculation Process: 1. Determine moles of each reactant 2. Determine which chemical is the limiting reagent 3. Use the number of mols of limiting reagent to determine the quantity of any reaction product 1) 4 Fe + 30; â 2 Fe2O3 Given 4.0 grams of Fe and 3.5 grams of O2, how many grams of iron (I) oxide can be made? 2) Nitrogen gas and hydrogen gas react together to form ammonia (NHs). Given 75.0 g of nitrogen and 45.0 g of hydrogen, how many grams of ammonia can be made? (write& balance equation)
Keith LeannonLv2
31 Mar 2019