Course Syllabus: Geometry 101: Beginner to Intermediate Level
with CEU Certificate*
Although we may not always recognize it, we use basic geometry skills regularly in everyday life. For instance, we consider whether a picture on the wall is parallel with the floor, or we calculate the area of a room when installing new carpeting.
Geometry is also an integral part of many other areas of study, including physics and other natural sciences. This course provides a more rigorous mathematical foundation for both practical and theoretical geometric thinking.
The course begins by considering basic figures such as points, lines, and planes, and then expands into the concepts of parallelism and perpendicularity as well as more complicated geometric figures such as polygons (triangles, quadrilaterals, and so on) and circles. The course considers mainly two-dimensional figures, but two lessons on three-dimensional geometry provide more complete coverage of the subject.
Each successive lesson in the course builds on previous lessons, culminating in lessons that teach the student how to calculate lengths, areas, and volumes of more complicated figures. In addition to its in-depth discussion of the mathematical aspects of geometry, the course also includes lessons on how to draw various figures using a compass and straightedge as well as a lesson on strategy for solving real-world geometry problems.
The course concludes by applying all that the student has learned to a brief introduction to trigonometry, thereby providing a jumping-off point for a more rigorous study of geometry as well as other areas of mathematics. By the end of the course, the student should feel comfortable tackling a range of basic to moderately difficult geometry problems.
There are no prerequisites. Anyone over the age of 13 is welcome to join this course. It is recommended though that individuals have obtained a tenth grade education in order to grasp the Math and Algebra information presented.
Course Goals and Objectives
-Discuss why the study of geometry can be beneficial, both in school and work as well as in daily life.
-Review several fundamental terms and geometric figures
-Review some fundamental principles of geometric reasoning and measurement
-Discuss the concept of an angle and discuss the relationships among angles formed by intersecting lines.
-Introduce a fundamental definition of parallelism and then go on to identify some of the crucial properties of angles formed by parallel lines that are cut by a transversal line.
-Discuss different triangle shapes, right triangles and the Pythagorean theorem, and how we derive the formula for the area of a triangle.
-Discuss a number of conditions that can be used to prove that two triangles are congruent
-Discuss several criteria for proving that two triangles are similar.
-Study the basic properties of quadrilaterals and go on to identify special quadrilaterals and to derive formulas for their areas.
-Study the basic properties of n-sided polygons
-Discuss the properties and calculating corresponding values of a circle
-Study how to solve composite figures
-Learn simple "classical constructions" using a pencil, compass, and straightedge
-Learn how to solve practical geometry problems
-Study the principles and complexities of three-dimensional parallelism and perpendicularity
-How to calculate the volume and surface area, as well as some of the characteristics of three-dimensional figures.
-Introduce the study of trigonometry, which expands on our knowledge of circles, angles, triangles, and other aspects of geometry
Lesson 1 - Geometry Terms and Motivation
Lesson 2 - Geometric Reasoning and Measurement
Lesson 3 - Angles and Parallelism
Lesson 4 - Triangles I: Properties of Triangles
Lesson 5 - Triangles II: Congruent Triangles
Lesson 6 - Triangles III: Similar Triangles
Lesson 7 - Quadrilaterals
Lesson 8 - Polygons
Lesson 9 - Circles
Lesson 10 - Composite Figures
Lesson 11 - Classical Construction
Lesson 12 - Practical Geometry Problems
Lesson 13 - Three-Dimensional Geometry I
Lesson 14 - Three-Dimensional Geometry II
Lesson 15 - Geometry and Trigonometry
No additional course materials required to complete this course.
|Lesson 1 Assignment||1|
|Lesson 1 Exercises||5|
|Lesson 1 Geometry Terms and Motivation||10|
|Lesson 2 Geometric Reasoning and Measurement||10|
|Lesson 3 Angles and Parallelism||9|
|Lesson 4 Exercises||3|
|Lesson 4 Triangles I: Properties of Triangles||10|
|Lesson 5 Exercises||3|
|Lesson 5 Triangles II: Congruent Triangles||10|
|Lesson 6 Triangles III: Similar Triangles||7|
|Lesson 7 Quadrilaterals||10|
|Lesson 8 Exercises||7|
|Lesson 8 Polygons||10|
|Lesson 9 Circles||10|
|Lesson 10 Composite Figures||10|
|Lesson 11 Classical Construction||10|
|Lesson 12 Practical Geometry Problems||10|
|Lesson 13 Three-Dimensional Geometry I||10|
|Lesson 14 Three-Dimensional Geometry II||10|
|Lesson 15 Geometry and Trigonometry||10|
|The Final Exam||43|
- Solving Geometry Problems Involving Circles
- Using Classical Geometric Construction Techniques
- Geometric Properties of Triangles
- Deductive Reasoning and Measurements in Geometry
- How to Solve Geometry Problems Involving Polygons
- What Characteristics Does a Solid Have?
- Understanding Measures of Dispersion in Statistics
- Trigonometry Problems: Solving Circles, Radians, and Arc Lengths
- Math Skills: How to Do Division
- Precalculus Introduction to Equations and Inequalities
- The Role Motivation And Engagement Play on the Organizational Behavior in Business
- Understanding Particle Movement and Behavior
- Precalculus: Introduction to Sequences and Series
- How to Create Cross Tabulations for Bivariate Data Sets
- What is Voltage and Current?