Honors- Chemistry A/B (Period 1,3) Assignments

All worksheets on EMR and electron configuration are due today.
Quiz # 1 EMR concepts and problems related with wavelength, frequency, and energy, energy levels, shells, subshells, number of orbitals and electrons in them, quantum numbers and problems related with them worksheets.

Quiz number #2 All types of electron configuration, electron dot structure, unpaired electrons, valence electrons.
Bonding, ionic, covalent and polar covalent, Lewis structure of ionic and covalent compounds.
Work on the worksheet.
Quantum leap lab

Quiz on solutions.
Electron configuration.
Application of Aufbau principle and Hund's rule.
Flame test lab.

Problems related with energy, frequency, wavelength. Work on all the worksheets. Bohr and quantum mechanical model, orbitals, quantum numbers. Pauli Exclusion principle.
Number of orbitals and electrons in each shell and subshells.

Study for the quiz on molarity, molality, mole fraction, grams of solute, colligative properties, how to find the boiling and freezing points using colligative properties, grams of solute.

Ch. 4 test 35 multiple choice problems

You need to know the strong, weak and non-electrolytes, solubility rules, Double displacement reactions that includes precipitation reactions, acid-base ( strong acid, strong base, strong acid- weak base, weak acid- strong base, weak acid-weak base), reactions of sulfides, carbonates, hydrogen carbonates, sulfites, hydrogen sulfites with acids, ( ME, CIE, NIE and spectator ions, all four types o SRR and their net ionic equations, oxidation states, oxidation and reduction reactions and how to balance them in acidic and basic medium, oxidizing and reducing agents, combination/synthesis, combustion and decomposition reaction which are also classified as also oxi- red reactions.
Impotrant thing to remember that in double displacement reactions there is no change in charge going from reactants to products, in SRR, synthesis, combustion and decomposition reactions at least the charge of two elements will change going from reactants to products.

Quiz on oxidation states, writing net ionic for SRR and acid -base reactions, oxidizing and reducing agents.
Concentration, saturated, unsaturated and supersaturated solutions, molarity, molality and mole fraction problems, work on the worksheet.
Ice cream lab.

Oxidation rules, oxidizing and reducing agents, balancing equations in acidic and basic mediums.
Worksheet on these concepts,
Single replacement reactions lab.

Acid-base gas formation with unstable products.
Single replacement reactions.
Three worksheets on these reactions.

Precipitation reactions and solubility rules lab.
combustion reactions worksheet
acid-base reactions worksheet
Quiz on Monday
You need to know the strong, weak and nonelectrolytes, solubility rules, how to predict the product from reactants. molecular, complete ionic and net ionic equations for the given reactants.

Ch. 3 test
30 multiple choice questions
You need to know how to balance an equation, equations with fractions, untouchable oxygen equations, mole concepts, worksheets 1 through 6, all concepts, empirical and molecular formula from % composition and from combustion analysis, % composition of an element from a given compound, stoichiometry concept, all worksheets on stoichiometry, limiting reactant, maximum amount of product, excess reactant left over and % yield problems,

Ch. 4
Electrolytes, solubility rules and reactions
Solubility rules application worksheet
Double displacement reactions, precipitation reactions, molecular, complete and net ionic equations. Work on the worksheet.
Memorize the solubility rules

Quiz on mole concept, worksheet 1 through 6, empirical and molecular formula problems including combustion analysis.
quiz on lab equipment.
excess reactant problems.

Quiz on balancing equations.
quiz on nomenclature. Empirical formula from combustion analysis.
Homework : Ch. 3 page 112 problems: 3.51 and 3.52
Stoichiometry, limiting reactant and percent yield. Work on the worksheets.

Test on Chapter 2.
40 multiple choice questions.
You need to know the Dalton's atomic theory, the discovery of atomic structure, names of scientist and the experiments they did to discover subatomic particles, radioactivity, the properties of alpha, beta and gamma rays, isotopes, atomic and mass number, average mass, periodic table, groups, periods, cations, anions( mono and polyatomic), ionic and molecular compounds, properties of metals, nonmetals, metalloids, their physical states, all three types of compounds and acids, formula writing and naming, isotopes, number of electrons, protons, neutrons in an element and ion,

Quiz on mole concept, Quiz on nomenclature
mass to atoms, molecules, f.units conversion. STP, mass, moles and volume of gas at STP
grams of a substance to grams of an element, grams of a substance to number of cations and anions.
Empirical and molecular formula calculations.
Work on the worksheet.

Quiz on nomenclature.
moles to grams, moles to atoms, molecules and formula units conversions, grams to atoms, molecules and formula units. Work on the worksheets on these concepts.
Water of hydration lab.

Dalton's atomic theory, subatomic particles, isotopes, radioactivity, average atomic mass calculations, mole concept, grams to moles conversions. Worksheet on conversions.
Nomenclature quiz.
Naming and writing formulas of acids quiz.
Review of atomic structure ans number of electrons, protons, neutrons in neutral atoms, cations and anions.

Type II ionic compounds. Worksheet on type II ionic compounds.
Type III molecular compounds, naming and formula writing, acids with oxygen and without oxygen, naming and formula writing.
Quiz on naming ions
Quiz on formula and naming of mono and polyatomic ions.
Lab on formula writing. Worksheets on naming and formula writing.

Review sheet for chapter 1 test
You need to know matter, physical states of matter,classification of matter, elements, compounds( pure substances), mixtures, all the names and symbols of elements on the handout, homogeneous and heterogeneous mixtures, separation of mixtures, physical and chemical properties, intensive and extensive properties, uncertainty in measurement, how to read uncertainty in ruler, graduated cylinder, thermometer, and balance in a given diagram, precision and accuracy, sig.figs , sig.figs in calculations, metric to metric and English to metric conversions, density concept and problems( mass, volume and height/thickness), temperature concept and temperature conversions.

Chapter 1 test 35 multiple choice questions.
All classwork/ homework for this weak is due today.
Cations, anions and polyatomic ions.

Student safety contract due today.
Quiz on SI units, prefixes, conversions.
Review for ch. 1
safety quiz.
Lab on metals, nonmetals or metalloids.

Quiz on, significant figures, scientific notation, normal decimal place numbers and sig.figs rules in calculation and problems related with the rules.


Dimensional analysis
Metric-to-metric and English-metric multistep conversions, density and temperature conversions . Precision and accuracy.

Activity

1. Conversion worksheets on these concepts, textbook problems
Lab safety video,

Quiz on matter ( matter, elements, compounds, mixtures, homogeneous and heterogeneous, separation of mixtures, physical and chemical properties, intensive and extensive properties)
Quiz on names and symbols of elements. 10 names from symbols and 10 symbols from names.
In class lecture on
Uncertainty in measurement
Precision and accuracy
Significant figures and significant figures in calculations

Activity:

1. Worksheet on sig figs, sig figs in calculations, and scientific notation.


Units of measurement
Prefixes
Derived units
Density and temperature

Activity:

1. Worksheet on density .

1. Introduction to matter, the periodic table, groups, periods, metals, nonmetals, metalloids, names and symbols of common metals and nonmetals, formation of cations and anions.

Activities:
1. Coloring of periodic table to identify different groups and kinds of elements.
2. Memorization of names and symbols of elements.
3. Understanding the relationship between group number and ion charge.