Notes - percent yield
Created on: May 31, 2007
Website Address: https://library.curriki.org/oer/Notes--percent-yield
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TABLE OF CONTENTS
(del) Open Source CA Textbook - Chemistry
- CA Chemistry Standards Correlation
- Introduction and Chemistry Course Overview
- Unit 1: Atomic and Molecular Structure
- Unit 2: Chemical Bonding
- Unit 3: Conservation of Matter & Stoichiometry
- Unit 4: Gases and Their Properties
- Unit 5: Acids and Bases
- Unit 6: Solutions
- Unit 7: Chemical Thermodynamics
- Unit 8: Reaction Rates
- Unit 9: Chemical Equilibrium
- Unit 10: Organic and Biochemistry
- Unit 11: Nuclear Chemistry
- APPENDIX 1: Investigations and Lab Safety
- APPENDIX 2: Measurement
- APPENDIX 3: Review of Chemistry Basics
- OLD Unit 4: Gases and Their Properties
- OLD Unit 5: Acids and Bases
- OLD Unit 6: Solutions
- OLD Unit 7: Reaction Rates and Equilibrium
- OLD Unit 7: Energy and Thermodynamics
- OLD Unit 9: Organic Chemistry and Biochemistry
OLD Unit 4: Gases and Their Properties
Unit 10: Organic and Biochemistry
Unit 3: Conservation of Matter & Stoichiometry
- Slideshow: Chemical Reactions
- Slideshow: Balancing Equations
- LAB: Types of Reactions
- Worksheet: Description of the 5 Types of reactions
- Worksheet - 5 types of reactions
- Worksheet: 5 types of reactions (Part 2)
- Worksheet: Balancing Practice I
- Worksheet: Balancing Practice II
- Lots of balancing problems
- Lab: Penny Reactivity
- Combustion Reaction Demonstration
- Chemical Reactions Review Game - "Who Wants A...?"
- Exam: Chemical Reactions and Balancing
- Slideshow - Redox reactions
- Lab - copper and aluminum foil
- worksheet - oxidation chart
- worksheet - redox reactions
- worksheet - redox reactions and activity series
- worksheet - redox review
- layered curriculum
- Slideshow - Stoichiometry
- Giuided Practice - Stoichiometry
- Stoichiometry problems
- Lab - Stoichiometry
- Lab - Grams, Moles, Atoms
- Slideshow - Limiting Reactants
- Notes - limiting reagents
- Problems - limiting reagents
- Lab - Limiting Reagents
- Problems - Percent Yield
- Notes - percent yield
- Problems - gas stoichiometry
- Stochiometry review
- Stoichiometry exam
- Unit 3 PRINTABLES
- Unit 3 SUPPLEMENTARY
IN COLLECTION
Percent Yield
% yield = actual yield / theoretical yield x 100 C6H6(l) + Cl2(g) ? C6H5Cl(s) + HCl(g)When 36.8 g of C6H6 react with excess Cl2, 38.8g of C6H5Cl(s) are produced (the actual yield). What is the percent yield of C6H5Cl(s)?
CO(g) + 2H2(g) ? CH3OH(l) If 75.0g of carbon monoxide reacts with excess hydrogen gas to produce 68.4g of methanol, what is the percent yield of methanol?
