Math in Chem Review (Appendix 1-4)

Dry Ice Lab

Chemical Foundations Test

Complete book readings and understand appropriate terminology.

Complete problems using significant figures and units appropriately.

Complete problems on Temperature and Density.

Understand and use a flowchart regarding the classification of matter.

Know names and functions of lab apparatus (Minimum test score required).

Understand and use appropriate lab procedures (Minimum test score required).

Understand chemical terminology and safety measures (Test Score).

Understand and explain the basic history of Atomic Theory.

Be comfortable with the Periodic Table.

Use symbols and formulas to describe elements and compounds.

Use nomenclature appropriately in describing elements and compounds.

% composition (p.71),empirical formula (p.87-89), molecular formula (p.95),balanced equations (p.103-105), & organic vs. inorganic (p.113, 117)

Gravimetric Analysis of Metal Carbonate

Blow your Cork! Inquiry Lab

Stoich Quiz

understand the relationship between moles, mass, and number of particles.

calculate percent composition from chemical formulas and vice-versa.

write and balance chemical equations

Read Ch. 4 Sec 5-9 (starts on p.158)

Stoich Solution Quiz

Redox Quiz

Acid/Base Quiz

Define an electrolyte

Calculate ion concentrations in solution

Explain and ID the difference between strong & weak acids and bases

Predict whether ppt formation using solubility rules.

Define polyprotic acids and give an example

Predict and write all types of equations for the four reactions:ppt, acid/base, redox, nuclear

Apply the rules of assigning oxidation numbers, predict, and balance redox reactions

Verify expectations of reactions given quantities of reactants.

Determine whether certain types of reactions will occur.

Read Ch 6 (Enthalpy), Ch 9(p.411-416- Bond E), & 18 (Entropy, Gibbs Free Energy, & Spontaneity)

Thermochem (Ch 6 & Ch 18)through mastering chemistry

Enthalpy of Chem Reaction (A/B) Lab (emailed or shared on Google Docs)

understand enthalpy in terms of exothermic and endothermic reactions

calculate changes in enthalpy of a system using calorimetry

use Hess' Law to predict the change in enthalpy of a step-wise reaction

use standard enthalpies of formation to predict changes in enthalpy

list and define the meanings and common units for the common thermodynamic symbols.

distinguish between a state function and a path function.

define internal energy, PV work, enthalpy, entropy, and free energy.

use Hess' law to solve problems of energy, entropy, and free energy.

determine the spontaneity of a reaction.

discuss the laws of thermodynamics (in order).>understand the relationship between free energy change and equilibrium constants.

Read REDOX -P. 177-183 & ELECTROCHEM -Ch. 20

Set1: Ch19 Q54,55,57,61,63 (p. 932)

Set2: Ch19 Q73,77A&B,80,87,89,95,107, 65A,67A (p.934-935)

Lemon and Tomato Battery Lab

Alchemy Lab

Electrochemistry Test

use the half-reaction method to balance redox equation.

define electrochemical terms: redox, anode, anion, cathode, cation, oxidizing agent, reducing agent, emf, electrode, etc.

distinguish between an electrolytic cell and a voltaic cell

solve problems using Faraday’s law

predict reaction products for both electrolytic and voltaic cells

discuss the importance of and draw a diagram of a standard hydrogen electrode

use a table of Standard Reduction Potentials to compute cell voltage.

solve problems using the Nernst equation

diagram voltaic cells using proper notation

describe the relationship between the free energy change, the cell potential, and the equilibrium constant

discuss and give examples of primary cells, secondary cells, and fuel cells

Review Questions in text (p.239)

Bell Jar & Vacuum Pump Investigations

work gas law problems in a variety of ways.

do Gas Stoichiometry by dry collection and water displacement.

explain gas behaviour using KMT.

Understand the relationship between gas behaviour and particle mass.

apply principles of gas behaviour to atmospheric issues.

Ch 13 (starts on p.570)

Solutions Assessment

calculate and use various methods of expressing concentration.

explain some substances are soluble in others and why some are not.

explain the relationship between solubility and outside factors.

predict properties of solutions given concentrations and vice-versa.

explain how solution properties are colligative properties.