'Reaction stoichiometry' diaporamas de présentation

Newport High School Academic Chemistry Mrs. Teates

749 views • 49 slides

Chapter 9

Chapter 9. Stoichiometry. Section 1. The quantities of a reaction. What is Stoichiometry? - the process of predicting how much mass of a substance is involved in a reaction. (This is an important skill since most chemicals are mass produced). What are we doing?

450 views • 24 slides

Chemical Reaction Engineering

Chemical Reaction Engineering. Chapter 3, Part 4: Reaction Stoichiometry Measures Other Than Conversion. Measures Other Than Conversion. Uses: A. Membrane reactors B. Multiple reaction Liquids: Use concentrations, i.e., C A. Measures Other Than Conversion. Uses: A. Membrane reactors

325 views • 23 slides

Stoichiometry

Chapter 9. Stoichiometry. CHEMICAL BONDING. Stoichiometry. Introduction to Stoichiometry Applications of Stoichiometry Reaction-Stoichiometry. Ideal Stoichiometric Calculations Mole-Mole Calculations Mole-Mass Calculations Mass-Mole Calculations Mass-Mass Calculations.

568 views • 23 slides

Chemical Reaction Engineering Asynchronous Video Series

Chemical Reaction Engineering Asynchronous Video Series. Chapter 3, Part 4: Reaction Stoichiometry Measures Other Than Conversion H. Scott Fogler, Ph.D. Measures Other Than Conversion. Uses: A. Membrane reactors B. Multiple reaction Liquids: Use concentrations, i.e., C A.

409 views • 23 slides

Chemical Reaction Engineering

Chemical Reaction Engineering. Chapter 3, Part 4: Reaction Stoichiometry Measures Other Than Conversion. Measures Other Than Conversion. Uses: A. Membrane reactors B. Multiple reaction Liquids: Use concentrations, i.e., C A. Measures Other Than Conversion. Uses: A. Membrane reactors

242 views • 23 slides

Assume 100g sample

Assume 100g sample. 35.51g C. x. = 2.9567 mol. = 4.99. = 5. 4.77 g H. x. = 4.72277 mol. = 7.98. = 8. 1 mol C. 0.59156 mol. 0.59156 mol. 0.59156 mol. 0.59156 mol. 0.59156 mol. 12.01g. 37.85 g O. x. = 2.3656 mol. = 3.99. = 4. 1 mol H. 1.01g. 8.29 g N. x.

387 views • 22 slides

Chapter 9: Stoichiometry

365 views • 21 slides

Chapter 12

Chapter 12. Stoichiometry. Stoichiometry. The branch of chemistry that deals with the mass relationships of elements in compounds and the mass relationships between reactants and products in a chemical reaction. Composition Stoichiometry.

279 views • 17 slides

Chemical Reaction Engineering

Chemical Reaction Engineering. Chapter 3, Part 2: Reaction Stoichiometry: Batch. Why Stoichiometry?. If we have Then we can size a number of CSTR and PFR reaction systems To find -r A = f(X) Need the rate law, -r A =f(C A , C B )

135 views • 13 slides

LIMITING Reactant (REAGENT) PROBLEMS

LIMITING Reactant (REAGENT) PROBLEMS. LIKE BAKING A CAKE . 1. What is a Limiting Reagent?. If reactants are added to a container in amounts that differ from the required reaction stoichiometry then some reactants will not be completely used in the reaction.

215 views • 7 slides

Percent Yield and Limiting Reactants

Percent Yield and Limiting Reactants. Using Reaction Stoichiometry. Percent Yield. % Yield= Actual Yield / Theoretical Yield x 100 Actual Yield - from a lab (what was actually produced)

462 views • 7 slides

Basic Calculations involving Moles

Basic Calculations involving Moles. Molar Mass. Determine the molar mass of aluminum nitrate : Periodic Table. Conversions. Determine the number of lead atoms in 50.0 g of lead (II) sulfate:. Reaction Stoichiometry. Aluminum oxidizes in air to produce a grey product.

133 views • 5 slides

Ch. 9 Stoichiometry

Ch. 9 Stoichiometry. Stoichiometry is a branch of chemistry that deals with the mass relationships of elements in compounds and the mass relationships between reactants and products in chemical reactions. 2 Types of Stoichiometry

143 views • 4 slides