'Convert moles' presentation slideshows

Chapter 4: Chemical Quantities & Aqueous Reactions

Chapter 4: Chemical Quantities & Aqueous Reactions. CHE 123: General Chemistry I Dr. Jerome Williams, Ph.D. Saint Leo University. Overview. Stoichiometry Percent Yield. Stoichiometry. Stoichiometry deals with the quantity of materials consumed and or produced in chemical reactions.

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Chapter 9

Chapter 9. Stoichiometry. 1) Mole-Mole calc. 2) Mass-Mass calc. 3) Mass-Volume calc. 4) Limiting Reagent 5) Percent Yield. Mole Concept in Chemical Equations. I) Mole-Mole Calculations Al + O 2 Al 2 O 3.

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Unit 4: Stoichiometry

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Section 3: Moles of Compounds

Section 3: Moles of Compounds. Chemical Composition. Learning Goals. Recognize the mole relationships shown by a chemical formula. Calculate the molar mass of a compound. Convert between the number of moles and mass of a compound.

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Stoichiometry with two givens

Stoichiometry with two givens. By Erica Dougherty. If 17.65 g of aluminum oxide is reacted with 25.42 g of bromine, how many grams of aluminum bromide is produced? What is the excess reagent? What is the limiting reagent? How much of the excess reagent is left over?.

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Stoichiometry with two givens

Stoichiometry with two givens. By Erica Dougherty. If 17.65 g of aluminum oxide is reacted with 25.42 g of bromine, how many grams of aluminum bromide is produced? What is the excess reagent? What is the limiting reagent? How much of the excess reagent is left over?.

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Chapter 9: Stoichiometry

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Ch. 10: The Mole

Ch. 10: The Mole. Sec. 10.1: Measuring Matter. Objectives Describe how a mole is used in chemistry. Relate a mole to common counting units. Convert moles to number of representative particles and vice versa. The Mole.

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Working With Moles

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Mixing Solutions

Mixing Solutions. Putting it together. Two solutions are combined. How many moles of the products will be formed? How many grams of product will be formed? . To calculate grams, we need to know moles. If we have Molarity and Litres, we can find the number of moles. M = moles

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Stoichiometry

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