Week of October 20, 2013
Monday
Tuesday
N.CN.7 A.SSE.1.a
A.SSE.3.a A.SSE.3.b
A.APR.3 A.REI.1
A.REI.4 A.REI.4.a
A.REI.4.b F.IF.7.c
F.IF.8.a
N.CN.7 A.SSE.1.a
A.SSE.3.a A.SSE.3.b
A.APR.3 A.REI.1
A.REI.2 A.REI.4
A.REI.4.a A.REI.4.b
F.IF.7.c F.IF.8.a
Algebra III
Chapter 1 Equations and
Inequalities
Section 1.3 Quadratic
Equations
Objectives
1. Solve quadratic
equations by
factoring.
Wednesday
11-12.RST.1 1112.RST.2 1112.RST.3 1112.RST.4 1112.RST.5 1112.RST.7 1112.RST.8 11Algebra III
12.RST.9 1112.RST.10 11Chapter 1 12.WHST.4 11Equations and
12.WHST.6 11Inequalities
12.WHST.7 1112.WHST.9 11Section 1.4 - Other 12.WHST.10 9Types of Equations 12.P.1.1 9-12.P.1.3 912.P.1.4 9-12.P.1.3A
Objectives
9-12.P.1.4A 912.P.1.6A 91. Solve polynomial 12.P.1.8A 9-12.N.2.2
equations.
2. Solve rational
equations.
2. Solve quadratic
equations by taking 3. Solve radical
square roots.
equations.
Advanced
Chemistry
Chapter 3 Stoichiometry:
Chemical
Calculations
Thursday
Friday
N.CN.7 A.SSE.1.a
A.SSE.3.a A.SSE.3.b
A.APR.3 A.REI.1
A.REI.2 A.REI.3
A.REI.4 A.REI.4.a
A.REI.4.b A.REI.10
A.REI.12 F.IF.7.c
F.IF.8.a
11-12.RST.1 1112.RST.2 1112.RST.3 1112.RST.4 1112.RST.5 1112.RST.7 1112.RST.8 1112.RST.9 1112.RST.10 1112.WHST.4 1112.WHST.6 1112.WHST.7 1112.WHST.9 1112.WHST.10 912.P.1.1 9-12.P.1.3 912.P.1.4 9-12.P.1.3A
9-12.P.1.4A 912.P.1.6A 912.P.1.8A 9-12.N.2.2
Algebra III
Chapter 1 Equations and
Inequalities
Section 1.5 Inequalities
Objectives
Advanced
1. Identify and
Chemistry
Apply properties of
inequalities.
Chapter 3 Stoichiometry:
2. Solve compound Chemical
inequalities.
Calculations
3. Solve absolute
Section 3.1 Molecular Masses value inequalities.
Pgs. 125-127 (1-65 and Formula Masses
4. Solve polynomial
every other odd)
inequalities.
Section 3.2 - The
Mole and
4. Solve quadratic
Avogadro's Number 5. Solve rational
equations by using
inequalities.
the quadratic
Section 3.3 - The
formula.
Assessment
Mole and Molar
Mass
5. Use the
Pgs. 140-142 (1-65
discriminant to
Section 3.4 - Mass every other odd)
determine the
Percent
number and type of
Composition from
solutions for a
Chemical Formulas
quadratic equation.
3. Solve quadratic
equations by
completing the
square.
Assessment
Pgs. 113-116 (1-77
Assessment
Section 3.5 Chemical Formulas
from Mass Percent
Section 3.1 Molecular Masses
and Formula Masses
Section 3.2 - The
Mole and
Avogadro's Number
Section 3.3 - The
Mole and Molar
Mass
Section 3.4 - Mass
Percent
Composition from
Chemical Formulas
Section 3.5 Chemical Formulas
from Mass Percent
every other odd)
Composition
Composition
Section 3.6 Elemental Analysis
Section 3.6 Elemental Analysis
Section 3.7 Writing and
Balancing Chemical
Equations
Section 3.7 Writing and
Balancing Chemical
Equations
Section 3.8 Reaction
Stoichiometry
Section 3.8 Reaction
Stoichiometry
Section 3.9 Limiting Reactants
Section 3.9 Limiting Reactants
Section 3.10 Yields of Chemical
Reactions
Section 3.10 Yields of Chemical
Reactions
Section 3.11 Solutions and
Solution
Stoichiometry
Section 3.11 Solutions and
Solution
Stoichiometry
Objectives
Objectives
1. Define and
determine molecular
mass and formula
mass.
1. Define and
determine molecular
mass and formula
mass.
2. Identify the
number of
elementary entities
in a mole of any
substance and
calculate the molar
masses of elements
in compounds.
2. Identify the
number of
elementary entities
in a mole of any
substance and
calculate the molar
masses of elements
in compounds.
3. Perform
calculations
involving moles,
masses, and
numbers of atoms,
molecules, or
formula units.
3. Perform
calculations
involving moles,
masses, and
numbers of atoms,
molecules, or
formula units.
4. Determine the
mass percentages of
individual elements
in compounds from
chemical formulas.
4. Determine the
mass percentages of
individual elements
in compounds from
chemical formulas.
5. Determine
empirical formulas
from mass percent
composition.
5. Determine
empirical formulas
from mass percent
composition.
6. Relate molecular
formulas to
empirical formulas,
using molar masses.
6. Relate molecular
formulas to
empirical formulas,
using molar masses.
7. Describe the
process of
combustion analysis
and perform
calculations based
on combustion data.
7. Describe the
process of
combustion analysis
and perform
calculations based
on combustion data.
8. Balance chemical
equations, and
construct
stoichiometric
factors from them.
8. Balance chemical
equations, and
construct
stoichiometric
factors from them.
9. Determine,
through
stoichiometric
calculations,
quantities such as
the number of moles
or the mass of any
reactant or product
in a chemical
reaction.
9. Determine,
through
stoichiometric
calculations,
quantities such as
the number of moles
or the mass of any
reactant or product
in a chemical
reaction.
10. Determine the
limiting reactant in a
reaction.
10. Determine the
limiting reactant in a
reaction.
11. Calculate
theoretical and
percentage yields in
reactions.
11. Calculate
theoretical and
percentage yields in
reactions.
Prep
Prep
12. Calculate the
molar concentration
of a solution, or
quantities of solutes
and volumes of
solution that are
related through
molarity.
12. Calculate the
molar concentration
of a solution, or
quantities of solutes
and volumes of
solution that are
related through
molarity.
13. Perform dilution
calculations.
13. Perform dilution
calculations.
14. Use molarity as
a conversion factor
in stoichiometric
calculations.
14. Use molarity as
a conversion factor
in stoichiometric
calculations.
Assessment
Assessment
To be determined.
Assigned over the
course of multiple
class periods.
To be determined.
Assigned over the
course of multiple
class periods.
S.CP.1 S.CP.2 S.CP.3 Prep
S.CP.5 S.CP.6 S.CP.7
S.CP.8 S.MD.5
S.MD.6 S.MD.7
A.REI.1 A.REI.3
A.REI.10 A.REI.11
A.REI.12 F.LE.1.b
S.ID.7 S.CP.1 S.CP.2
S.CP.3 S.CP.5 S.CP.6
S.CP.7 S.CP.8
S.MD.5 S.MD.6
S.MD.7
Algebra II
Chapter 2 - Linear
Relationships and
Functions
Algebra II
Section 2.6 Exploring
Probability
Chapter 2 - Linear
Relationships and
Functions
Objectives
Chapter 2 Test B
1. Find experimental
probability.
Objectives
2. Find and apply
theoretical
probability.
Assessment
1. Define and
interpret slope.
2. Use and apply
slope-intercept
form.
3. Write and
Pgs. 91-93 (1-35
odd)
interpret direct
variation equations.
4. Write linear
equations in slopeintercept and
standard forms.
5. Make predictions
using linear
functions.
6. Solve onevariable equations
and inequalities.
7. Solve absolute
value equations and
inequalities.
8. Solve and graph
equations and
inequalities having
two variables
9. Graph absolute
value equations
having two
variables.
10. Find
experimental
probability.
Lunch
Lunch
Lunch
11-12.RST.1 1112.RST.2 1112.RST.3 1112.RST.4 1112.RST.5 1112.RST.6 1112.RST.7 1112.RST.8 1112.RST.9 1112.RST.10 1112.WHST.4 1112.WHST.7 11-
11-12.RST.1 1112.RST.2 1112.RST.3 1112.RST.4 1112.RST.5 1112.RST.6 1112.RST.7 1112.RST.8 1112.RST.9 1112.RST.10 1112.WHST.4 1112.WHST.7 11-
11-12.RST.1 1111-12.RST.1 1112.RST.2 1112.RST.2 1112.RST.3 9-12.P.1.5 12.RST.3 119-12.P.1.5A 912.RST.4 1112.P.3.1 9-12.N.2.2 9- 12.RST.5 1112.N.2.3A
12.RST.6 11Applied Chemistry 12.RST.7 1112.RST.8 11Unit 2 - Chapter 3 - 12.RST.9 11Matter and Energy 12.RST.10 1112.WHST.4 1112.WHST.7 11-
Lunch
11. Find and apply
theoretical
probability.
Lunch
11-12.RST.1 1112.RST.2 1112.RST.3 9-12.P.1.5
9-12.P.1.5A 912.P.3.1 9-12.N.2.2 912.N.2.3A
Applied Chemistry
Unit 2 - Chapter 3 Matter and Energy
12.WHST.9 1112.WHST.10 912.P.1.1 9-12.P.1.1A
9-12.P.1.2A 912.N.2.2 9-12.N.2.3A
12.WHST.9 1112.WHST.10 912.P.1.1 9-12.P.1.1A
9-12.P.1.2A 912.N.2.2 9-12.N.2.3A
Chemistry
Chemistry
Chapter 4 - Atoms
and Elements
Chapter 4 - Atoms
and Elements
Classify matter as
pure substances or
mixtures.
Chapter 4 - Atoms
and Elements
Classify matter as
pure substances or
mixtures.
Section 4.1 Elements and
Symbols
Section 4.1 Elements and
Symbols
Section 3.2 Properties of
Matter
Section 4.1 Elements and
Symbols
Section 3.2 Properties of
Matter
Objective
Objective
Objective
Objective
Objective
Given the name of
an element, write its
correct symbol;
from the symbol,
write the correct
name.
Given the name of
an element, write its
correct symbol;
from the symbol,
write the correct
name.
Describe some
physical and
chemical properties
of matter.
Given the name of
an element, write its
correct symbol;
from the symbol,
write the correct
name.
Describe some
physical and
chemical properties
of matter.
Section 4.2 - The
Periodic Table
Section 4.2 - The
Periodic Table
Objective
Objective
Given a
temperature,
Use the periodic
Use the periodic
calculate a
table to identify the table to identify the corresponding
group and the period group and the period temperature on
of an element and of an element and another scale.
decide whether it is decide whether it is
a metal or a
a metal or a
Section 3.4 nonmetal.
nonmetal.
Energy
Objective
Section 4.3 - The
Atom
Section 4.3 - The
Atom
Section 4.3 - The
Atom
Section 3.1 Classification of
Matter
Objective
Section 3.3 Temperature
Objective
Objective
12.WHST.9 1112.WHST.10 912.P.1.1 9-12.P.1.1A
9-12.P.1.2A 912.N.2.2 9-12.N.2.3A
Chemistry
Section 4.2 - The
Periodic Table
Section 3.1 Classification of
Matter
Objective
Section 3.3 Temperature
Objective
Given a
temperature,
Use the periodic
calculate a
table to identify the corresponding
group and the period temperature on
of an element and another scale.
decide whether it is
a metal or a
Section 3.4 nonmetal.
Energy
Objective
Identify energy as
Identify energy as
potential or kinetic; Objective
potential or kinetic;
convert between
convert between
Describe the
Describe the
Describe the
units of energy.
units of energy.
electrical charge and electrical charge and
electrical charge and
location in an atom location in an atom Section 3.5 location in an atom Section 3.5 of a proton, a
of a proton, a
of a proton, a
Specific Heat
Specific Heat
neutron, and an
neutron, and an
neutron, and an
electron.
electron.
electron.
Objective
Objective
Objective
Objective
Section 4.4 -
Section 4.4 -
Use specific heat to Section 4.4 -
Use specific heat to
calculate heat loss or Atomic Number
Atomic Number
Atomic Number
and Mass Number and Mass Number gain, temperature and Mass Number
change, or mass of a
Objective
Objective
sample.
Objective
calculate heat loss or
gain, temperature
change, or mass of a
sample.
Given the atomic
number and the
mass number of an
atom, state the
number of protons,
neutrons, and
electrons.
Given the atomic
Assessment
number and the
mass number of an Worksheet Packet
atom, state the
number of protons,
neutrons, and
electrons.
Given the atomic
Assessment
number and the
mass number of an Worksheet Packet
atom, state the
number of protons,
neutrons, and
electrons.
Section 4.5 Isotopes and
Atomic Mass
Section 4.5 Isotopes and
Atomic Mass
Section 4.5 Isotopes and
Atomic Mass
Objective
Objective
Objective
Give the number of
protons, electrons,
and neutrons in the
isotopes of an
element.
Give the number of
protons, electrons,
and neutrons in the
isotopes of an
element.
Give the number of
protons, electrons,
and neutrons in the
isotopes of an
element.
Section 4.6 Electron Energy
Levels
Section 4.6 Electron Energy
Levels
Section 4.6 Electron Energy
Levels
Objective
Objective
Objective
Given the name or Given the name or
symbol of one of the symbol of one of the
first 18 elements in first 18 elements in
the periodic table, the periodic table,
write the electron write the electron
arrangement.
arrangement.
Given the name or
symbol of one of the
first 18 elements in
the periodic table,
write the electron
arrangement.
Assessment
Assessment
Assessment
Worksheet Packet
SRB
Worksheet Packet
SRB
Worksheet Packet
S.CP.1 S.CP.2 S.CP.3 SRB
S.CP.5 S.CP.6 S.CP.7
S.CP.8 S.MD.5
S.MD.6 S.MD.7
Algebra II
Chapter 2 - Linear
Relationships and
A.REI.1 A.REI.3
A.REI.10 A.REI.11
A.REI.12 F.LE.1.b
S.ID.7 S.CP.1 S.CP.2
S.CP.3 S.CP.5 S.CP.6
S.CP.7 S.CP.8
S.MD.5 S.MD.6
S.MD.7
Algebra II
Functions
Section 2.6 Exploring
Probability
Chapter 2 - Linear
Relationships and
Functions
Chapter 2 Test B
Objectives
Objectives
1. Find experimental
probability.
2. Find and apply
theoretical
probability.
1. Define and
interpret slope.
2. Use and apply
slope-intercept
form.
Assessment
Pgs. 91-93 (1-35
odd)
3. Write and
interpret direct
variation equations.
4. Write linear
equations in slopeintercept and
standard forms.
5. Make predictions
using linear
functions.
6. Solve onevariable equations
and inequalities.
7. Solve absolute
value equations and
inequalities.
8. Solve and graph
equations and
inequalities having
two variables
9. Graph absolute
value equations
having two
variables.
10. Find
experimental
probability.
11. Find and apply
theoretical
probability.