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Stoichiometry

Title:	Stoichiometry
Description:	Learning Objectives: Use information in a given phrase or word problem to write stoichiometric equalities. Apply a stoichiometric conversion factor to convert between the molar quantities of two substances that participate in a chemical reaction. Apply multiple conversion factors to convert between a molar quantity and a particle count of two substances that participate in a chemical reaction. Apply multiple conversion factors to convert between a molar quantity and a mass of two substances that participate in a chemical reaction. Apply multiple conversion factors to convert between a mass and a particle count of two substances that participate in a chemical reaction. Go over ideal stoichiometry question # 2 should be 344 g barium chloride. Introduce Energy & Stoichiometry Go over Percent Yield pdf and Energy and Stoichiometry pdf calculations HW: Study for Stoichiometry Quiz tomorrow and Percent Yield pdf and Energy and Stoichiometry pdf One of the greatest of all principles is that men can do what they think they can do. - Norman Vincent Peale, 1898 – 1993 Textbook: Introductory Chemistry Concepts and Connections 4^th Edition by Corwin (pg 250-279). 10.7 THE LIMITING REACTANT CONCEPT (pg 265-267) • To explain the concept of a limiting reactant. • To identify the limiting reactant in a chemical reaction, given the number of moles of each reactant. 10.8 LIMITING REACTANT PROBLEMS (pg 267-271) • To perform mass-mass stoichiometry calculations involving a limiting reactant. • To perform volume-volume stoichiometry calculations involving a gaseous limiting reactant. 10.9 PERCENT YIELD (pg 271-272) • To calculate the percent yield for a reaction, given the actual yield and theoretical yield.
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