0009 Understand the
principles of measurement.
0009-1 Identifying
appropriate units for finding and
expressing measurements
§
REVIEW/PRACTICE
·
A Dictionary of Units of
Measurement
·
Systems of Measurement
·
All about measurements
·
Choosing appropriate
measurement
0009-2 Demonstrating
knowledge of selecting and using
appropriate measurement tools
§
REVIEW/PRACTICE
·
Ask Dr. Math about
measurement
·
Reading a Protractor
or a Ruler
·
Units of Measure
·
Work with Measurements
0009-3 Converting
from one unit to another within the
customary and metric systems of
measurement
§
REVIEW/PRACTICE
·
Metric Conversion
Chart
·
Metric Units and
Converting between them
·
Cancelling/converting
units - examples
·
Conversion problems
·
Metric conversion
problems
0009-4
Solving problems involving perimeter,
area, surface area, or volume of
geometric figures and shapes
§
REVIEW/PRACTICE
·
Geometry Formula Review
·
Shape Explorer (area and
perimeter)
·
Areas of Parallelograms
(Examples)
·
Areas of Parallelograms
(M/C)
·
Areas of
Triangles, Trapezoids, and Rhombi
(Examples)
·
Areas of Triangles,
Trapezoids, and Rhombi
(M/C)
·
Areas of
Regular Polygons and Circles
(Examples)
·
Areas of Regular Polygons
and Circles
(M/C)
·
Areas of
Irregular Figures(Examples)
·
Areas of Irregular
Figures(M/C)
·
Geometric
Probability (Examples)
·
Geometric Probability
(M/C)
·
Surface Area
·
Surface Area (Vocabulary
Review)
·
Nets and Surface Area
(Examples)
·
Nets and Surface Area
(MC)
·
Surface Areas of Prisms
(Examples)
·
Surface Areas of Prisms
(MC)
·
Surface Areas of Cylinders
(Examples)
·
Surface Areas of
Cylinders (MC)
·
Surface Areas of Pyramids
(Examples)
·
Surface Areas of Pyramids
(MC)
·
Surface Areas of Cones
(Examples)
·
Surface Areas of Cones
(MC)
·
Surface Areas of Spheres(Examples)
·
Surface Areas of Spheres(MC)
·
Volume
·
Volume
(Vocabulary Review)
·
Volumes of Prisms and Cylinders
(Examples)
·
Volumes of Prisms and
Cylinders
(M/C)
·
Volumes of Pyramids and Cones
(Examples)
·
Volumes of Pyramids and
Cones (M/C)
·
Volumes of Spheres (Examples)
·
Volumes of Spheres
(M/C)
·
Word Problems
·
Area Problems
·
Perimeters of Polygons
·
Area of Parallelograms
and Triangles
·
Problem Solving Skills:
Quantity and Cost
·
Equivalent Ratios
·
Circumference and Area of
a Circle
·
Proportions and Scale
Drawings
·
Areas of Irregular Shapes
·
Shape Explorer
activity
0009-5
Analyzing various views of three
dimensional shapes
§
REVIEW/PRACTICE
·
cross sections
·
nets
·
Three-Dimensional Figures
(Examples)
·
Three-Dimensional Figures
(MC)
·
Language of Geometry
·
Polygons and polyhedra
·
Visualize and Name
Solids
·
Problem Solving Skills
·
Isometric Drawings
·
Perspective and
Orthogonal Drawings
·
Volume of Prisms and
Cylinders
·
Volume of Pyramids and
Cones
·
Surface Area of Prisms
and Cylinders
0009-6
Applying the concept of similarity,
scale factors, and proportional
reasoning to solve measurement problems
§
REVIEW/PRACTICE
·
Similarity
·
Scale factors
·
Proportions
·
Proportions
·
Similar Polygons
·
Similar Triangles
·
Parallel Lines and Proportional Parts
·
Parts of Similar Triangles
·
Fractals and Self-Similarity
0010 Understand principles of Euclidean
geometry.
0010-1
Applying the language of mathematical
argument
§
REVIEW/PRACTICE
·
Converse of a
Statement
·
Inverse of a Statement
·
Reasoning and Proof
(Vocabulary Review)
·
Logic and Truth Tables
·
Deductive Reasoning
·
Paragraph Proofs
·
Preparing for Two-Column
Proofs
·
Two-Column Proofs
·
Coordinate Proofs
0010-2
Analyzing and applying properties
related to points, lines, planes, and
angles
§
REVIEW/PRACTICE
·
Informal Geometry
Review
·
Points, Lines, Planes,
and Angles
(Vocabulary Review)
·
Points, Lines, and Planes
(Examples)
·
Points, Lines, and Planes
(M/C)
·
Linear Measure and
Precision
(Examples)
·
Linear Measure and
Precision
(M/C)
·
Distance and Midpoints
(Examples)
·
Distance and Midpoints
(M/C)
·
Angle Measure(Examples)
·
Angle Measure
(M/C)
·
Angle Relationships(Examples)
·
Angle Relationships
(M/C)
·
Polygons
(Examples)
·
Polygons
(M/C)
0010-3
Applying properties of similarity and
congruence to solve problems and justify
conclusions
§
REVIEW/PRACTICE
·
Congruence
·
Congruence
·
Similarity
·
Congruent and Similar Solids
(Examples)
·
Congruent and Similar
Solids (M/C)
·
Coordinates in Space
(Examples)
·
Coordinates in Space
(M/C)
0010-4
Analyzing and applying properties of
triangles, quadrilaterals, and other
polygons to solve problems and justify
conclusions
§
REVIEW/PRACTICE
·
Properties of
triangles
·
Pythagorean theorem
·
geometric inequality
·
Geometric Mean
(Examples)
·
Geometric Mean
(M/C)
·
The Pythagorean Theorem
and Its Converse
(Examples)
·
The Pythagorean Theorem
and Its Converse
(M/C)
·
Special Right Triangles
(Examples)
·
Special Right Triangles
(M/C)
·
Trigonometry
(Examples)
·
Trigonometry
(M/C)
·
Angles of Elevation and
Depression
(Examples)
·
Angles of Elevation and
Depression
(M/C)
·
The Law of Sines
(Examples)
·
The Law of Sines
(M/C)
·
The Law of Cosines
(Examples)
·
The Law of Cosines
(M/C)
·
Angles of Polygons
(Examples)
·
Angles of Polygons
(M/C)
·
Parallelograms
(Examples)
·
Parallelograms
(M/C)
·
Tests for Parallelograms
(Examples)
·
Tests for Parallelograms
(M/C)
·
Rectangles
(Examples)
·
Rectangles
(M/C)
·
Rhombi and Squares
(Examples)
·
Rhombi and Squares
(M/C)
·
Trapezoids
(Examples)
·
Trapezoids
(M/C)
·
Coordinate Proof and
Quadrilaterals
(Examples)
·
Coordinate Proof and
Quadrilaterals
(M/C)
0010-5
Analyzing and applying properties of
circles, lines that intersect circles,
and related angles to solve problems
§
REVIEW/PRACTICE
·
Secants
·
Tangents
·
Circles and Circumference
(Examples)
·
Circles and Circumference
(M/C)
·
Angles and Arcs
(Examples)
·
Angles and Arcs
(M/C)
·
Arcs and Chords
(Examples)
·
Arcs and Chords
(M/C)
·
Inscribed Angles
(Examples)
·
Inscribed Angles
(M/C)
·
Tangents
(Examples)
·
Tangents
(M/C)
·
Secants, Tangents, and
Angle Measures
(Examples)
·
Secants, Tangents, and
Angle Measures
(M/C)
·
Special Segments in a
Circle
(Examples)
·
Special Segments in a
Circle (M/C)
·
Equations of Circles
(Examples)
·
Equations of Circles
(M/C)
0010-6
Applying the properties of two-and
three-dimensional figures to solve
problems
§
REVIEW/PRACTICE