Define "atomic mass unit," give its symbolic abbreviation and state how the amu was calculated or defined.

Explain how the mass spectrometer can be used to determine the mass of an isotope of an element and use given data from a mass spectrometer to calculate the mass of an isotope.

Relate the atomic mass (atomic weight) of an element to its isotopes.

Calculate the average mass of an element from isotope data.

Define "mole." and state how the number of particles in a mole was determined.

State Avogadro's number.

Define "molar mass (or molecular weight) and determine the mass of one mole of a substance (element, compound, or ion).

Use dimensional analysis to calculate moles, particles, mass and volume at STP.

Calculate the mass percent of compounds from mass data or from its formula.

Define "empirical formula" and "molecular formula."

Calculate empirical and molecular formulas from given data.

Identify equations as single replacement, double replacement, combination, decomposition or combustion reactions.

State the results of single replacement reactions involving metals and acids, metals and metallic salts, Group I and II metals with water, and the halogens.

List three indicators of a double replacement (metathesis) reaction.

Describe the reaction between acids and hydroxides, (neutralization), carbonates or bicarbonates, metallic sulfides, metallic acetates and metallic nitrites.

State the results of the combination reaction between nonmetallic oxides and water.

State the results of the decomposition reactions of metallic carbonates, metallic bicarbonates, metallic chlorates, metallic hydroxides, peroxides, oxyacids, some oxides, and the electrolysis of given compounds.

State the products of the combustion of hydrocarbons.

Identify reactions as redox or non-redox reactions.

Write and balance given chemical equations and identify their type.

Correctly indicate the state of a reactant or product in a chemical equation.

Correctly use catalysts and heat in a chemical equation.

Define "stoichiometry.'

Use stoichiometry to calculate mass, particle, mole and volume relationships in a balanced chemical equation.

Explain how ammonia is produced in the Haber process and state one important use of ammonia.

Define "limiting reactant" and "excess reactant."

Calculate the limiting reactant from given data and the balanced chemical equation of a reaction.

Define and calculate theoretical yield and percent yield.

Pace yourself so you can complete all the following before the test date. If a formula is given, copy the formula. Show all calculations. If you write down a number, there is a unit beside it!! You must show work to justify your answer.

Write down all equations. Leave space in front of each reactant and product to add coefficients if needed. Leave 1 line between each equation on your paper.

Pages 120 – 121 #’s 81-88

Write a balanced chemical equation. Leave room around your equation to label the amounts of reactants and products. Show all calculations. If you write down a number, there is a unit beside it!! You must show work to justify your answer.

p. 121, Odd 89-95 p. 121-122, odd 97-105

Labs and Activities
Mole Target Lab
Decomposition of Baking Soda: Mole Relationships and the Balanced Equation Interactive Practice
Stoichiometry Review Stoichiometry Review
Chem Balancer ChemBalancer
Chpt 3 problem review Review

Learning Targets : I can....

Lecture Notes

Rene McCormick Notes Stoichiometry Notes

A Allen Notes A Allen Notes Chpt 3

Complex Stoichiometry help Complex stoichiometry help

PowerPoints and Videos

Composition Stoichiometry Part I Composition Stoichiometry Part I

Composition Stoichiometry Part II Composition Stoichiometry part II

Reaction Stoichiometry Reaction Stoichiometry

ScienceGeek Stoichiometry Stoichiometry

Precipitation Rnxs Precipitation Rxns

Acid Base Rxns Acid Base Rxns

Oxidation-reduction reactions oxidation-reduction rxns

The Mole tutorital/video The Mole

Calculating empirical formulas stoichiometry

Mole song

Happy Mole Day

HomeworkStoichiometry Worksheet for Videos Stoichiometry Worksheet

Stoichiometry AP Worksheet Problems Part I Video Worksheet Video

Stoichiometry AP Worksheet Problems Part II Video Worksheet Video II

AP Problem Set Chapter 3 StoichiometryPace yourself so you can complete all the following before the test date.

If a formula is given, copy the formula. Show all calculations. If you write down a number, there is a unit beside it!! You must show work to justify your answer.

Pages 117-119 #’s 27, 30, 34, 38, 51, 53, 57, 60, 62

Pages 119-120 #’s 65, 66, 68, 70, 71, 73, 77

Write down all equations. Leave space in front of each reactant and product to add coefficients if needed. Leave 1 line between each equation on your paper.

Pages 120 – 121 #’s 81-88

Write a balanced chemical equation. Leave room around your equation to label the amounts of reactants and products. Show all calculations. If you write down a number, there is a unit beside it!! You must show work to justify your answer.

p. 121,

Odd89-95p. 121-122,

odd97-105Labs and Activities

Mole Target Lab

Decomposition of Baking Soda: Mole Relationships and the Balanced Equation

Interactive Practice

Stoichiometry Review Stoichiometry Review

Chem Balancer ChemBalancer

Chpt 3 problem review Review