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Chapter
1
Concept checklist:
1.
Unit conversion.
2. Define Density and be able to do calculations
involving it.
Chapter 3:
Vocabulary Checklist:
Reactant, product, combustion reaction, decomposition reaction, combination reaction, limiting reagent, excess reagent
Concept
checklist:
1. Balance any chemical equation.
2. Define and recognize a combustion reaction, decomposition reaction
and a combination reaction.
3. Given amounts of reactants, determine the limiting reagent, excess
reagents and calculate theoretical yields as well as percent yield.
Suggested
End-of-chapter Problems:
1,9,11,13,17,19,55,59,63,67,69,75,79,89
Vocabulary Checklist:
energy ; system ; surroundings ; internal
energy ; heat ; endothermic ; exothermic ; work ; state function ;
enthalpy ; calorimeter ; heat capacity ; specific heat
Concept checklist:
1. Explain the difference
between
kinetic and potential energy and how we can change back and forth
between them.
2. Understand the difference between the system and the surroundings
and be able to define it for each situation.
3. Explain what
pressure
volume work is.
4. Explain the first law of thermodynamics.
5. Know the sign convention for work, heat and enthalpy change.
6. Perform calculations involving heat capacity and specific heat.
7. Explain Hess's law and how it allows us to determine
DHrxn for a
reaction.
8. What are the conditions of standard state.
9. Define and derive the standard enthalpy of formation for any
substance.
Suggested End-of-chapter Problems:
Chpt 5: 1,11,17,25,31,35,37, 49,53,63,67,75,77,83,87,93
Suggested Websites:
The Energy Content of FoodsChapter 10:
Vocabulary checklist:
Pressure; barometer; Standard Temperature and Pressure (STP); Mole
Fraction; diffusion, effusion
Concept Checklist:
1. Explain pressure (with simple words) and how it is measured.
2. Understand the four measured properties of a gas and how they are
related.
3. Manipulate and do all sorts of problems using the ideal gas gas
(density, MW included)
4. Know the conditions for STP
5. Be able to explain Dalton's Law of partial pressures and do
appropriate calculations.
6. Do appropriate calculations using mole fraction as a unit of
concentration
7. Give major points of Kinetic Molecular Theory and explain how the
ideal gas law 'follows' it.
8. Do calculations and understand the concept of Grahams law and RMS
velocity.
9. Understand Why gases do not behave ideally and why the Van der
Waal's equation is more accurate.
Suggested End-of-chapter Problems:
Chpt 10: 1, 4, 9, 13,17, 21,25,29,35, 41, 43,,45,47,49, 55,57,59, 65, 73,85, 93, 105
Chapter 4:
Vocabulary Checklist:
solution, solute, solvent, electrolyte, molarity, precipitation reactions, spectator ion, oxidation state, reduction, Activity strength, indicator, titration, equivalence point, end point
Concept checklist:
1. Explain what happens when a strong and weak
electrolytes do in water.
2. Calculate the concentration of a solution and use it in quantitative
calculations.
3. Predict precipitation reaction products.
4. Know the solubility rules as presented in class.
5. Write the complete and net ionic equations of aqueous reactions.
6. Know the six strong acids: HCl, HBr, HI, HNO3,
H2SO4, HClO4.
7. Know the
strong bases.
8. Recognize, predict products of, and balance neutralization reactions.
9. Recognize, predict products of, and balance oxidation/reduction
reactions.
10. Do calculations involving aqueous solutions.
11. Know all the major terms of a titration and what one is.
12. Know many examples of aqueous reactions in the ‘real
world’.
Suggested End-of-chapter Problems: 3,5,11,15,19,27,29,39,49,53,57,59,63,65,67,71,85,98
Last Updated 28 Jan 07