This is a 9th / 10th Grade Geometry ongoing class where students can choose which classes to attend without committing to a full semester.  Students need to have taken Algebra 1, learned basics of geometry (properties of polygons, circles, lines and angle relationships)  and possess a solid basic math foundation (e.g. order of operations, fraction and decimal handling, inverse operations, factoring) before taking this class.  It is geared for students entering 9th grade.  It is also be useful for advanced students entering 8th grade and for those who need a refresher of 9th grade math or Geometry.   Students need to have a solid basic math foundation (such as arithmetic, order of operations, fractions) and prior knowledge on the classes they are interested in taking.   

Please Note: if you are joining the class after the class has started, please take a look at the schedule below and make sure you are proficient at the topics before the class you will be joining.  We will not have time to review any materials covered during previous classes as each class is a different topic. Math is built on steps.  If you miss an earlier step, you can stumble in a future topic.   You can join at any time as every week will be a separate topic from previous classes.  So, you can join this class as a full 9th grade Geometry math curriculum or you can join during a week we are doing a topic you might need a refresher on and you can unsubscribe at any time. 
 
You will be charged weekly and can subscribe and unsubscribe at any time. You just need to unsubscribe by Saturday to not get charged for the following week. The subscription renewals are charged every Sunday for the following week. You can take this class every week or drop in on certain topics. This class is a full year of 9th Grade Geometry Math if you start the class from the first day.

We will be using a website ‘Classkick’ for our classes. You will not need to sign up for an account. I will provide a link at the beginning of each class. When you click on the link, it will ask you to put in a name. You will only need to put in the students first name so that I can identify their work. Classkick is an interactive site where students can work on their math problems on the screen and at the same time, I (the teacher) will be able to see what they are doing on their end on my own screen. Each class assignment is a PDF that is uploaded into Classkick. We will not be watching any videos or using any reference websites during class. To be Coppa Compliant, the class assignment will only be accessible during our class. Once the class ends, you will no longer have access to the lesson. I will post a PDF of the answers to the problems we do in class in the Outschool Classroom for students who want to review the work. I post the answer keys at the end of each week. Sometimes, we will use Kahoot or Blooket to play games on the topic we are doing in class (if time permits). You will not need to sign up for an account with Kahoot or Blooket. 
 
This is not a graded class but I will be providing optional homework after each class for those who want/need extra practice. Optional homework assignments will be posted in the Outschool Classroom once a week. I will post the assignments and the answer keys so you can check your work when you are done with the assignments. Although homework is not sent in for grading, please feel free to message me on Outschool Messages at any time with questions about the optional homework or any topics we cover in class so that you don’t fall behind. The optional homework will be in the form of a PDF. You will need to print it, do the work, and check your answers with the provided answer keys. There are no tests in this class. No grades will be provided. Optional homework is highly recommended for you to master the topics learned in class. 

All states and countries have their own requirements so please check your requirements to make sure the topics covered in this class is sufficient. 

All optional homework assignments, homework answer keys, and classwork answer keys will be posted in the Outschool Classroom at the end of the week. I will provide you with a link to a shared Google Drive folder where all the homework assignments and answer keys will be uploaded to. 

I operate by the classic "I teach, do guided practice, then independent practice" with checks for understanding sprinkled throughout. Asking students to explain their responses or how they arrived at their solutions is one of my go-to's to gauge learning. I welcome students to ask questions or for help during and between classes!  
I welcome inquires from parents asking to let them know of their child's progress.   

2024-2025 School Year
Geometry Full Year Schedule of Topics:
Friday Class:
First Day of Class: Friday, August 2, 2024

Week of (Aug 2): Lesson 01: Points, Lines, Rays, and Line Segments
Week of (Aug 9): Lesson 02: Planes and Sets
Week of (Aug 16): Lesson 03: Angles
               (Aug 23): No Class
               (Aug 30): No Class
Week of (Sept 6): Lesson 04: Types of Angles
Week of (Sept 13): Lesson 05: Parallel and Perpendicular Lines with Midpoints and Bisectors
Week of (Sept 20): Lesson 06: Supplementary and Complementary Angles
               (Sept 27): No Class
Week of (Oct 4): Lesson 07: Transversals with Interior and Exterior Angles
Week of (Oct 11): Lesson 08: Perimeter and Interior Angles of a Rectangle, Triangle, Parallelogram, and Trapezoid
                (Oct 18): No Class
Week of (Oct 25): Lesson 09: Area of a Rectangle, Triangle, Parallelogram, and Trapezoid
Week of (Nov 1): Lesson 10: Constructing and Identifying Triangles
Week of (Nov 8): Lesson 11: Regular Polygons
               (Nov 15): No Class
Week of (Nov 22): Lesson 12: Geometry of a Circle, Sphere and Ellipse; Inscribed and Circumscribed Figures
                (Nov 29): No Class
Week of (Dec 6): Lesson 13: Area and Circle and Ellipse; Circumference of a Circle; Latitude and Longitude
Week of (Dec 13): Lesson 14: Volume of Rectangular Solid and Cylinder
Week of (Dec 20): Lesson 15: Volume of Pyramid, Cone, Prism, and Sphere
               (Dec 27): No Class
               (Jan 3): No Class
               (Jan 10): No Class
Week of (Jan 17): Lesson 16: Surface Area of Solids
Week of (Jan 24): Lesson 17: Radicals
Week of (Jan 31): Lesson 18: Pythagorean Theorem
               (Feb 7): No Class
Week of (Feb 14): Lesson 19: More on Radicals
               (Feb 21): No Class
Week of (Feb 28): Lesson 20: Special Triangles: (45°-45°-90°)
Week of (Mar 7): Lesson 21: Special Triangles: (30°-60°-90°)
Week of (Mar 14): Lesson 22: Axioms, Postulates, and Theorem
               (Mar 21): No Class
Week of (Mar 28): Lesson 23: Corresponding Parts of Triangles and Remote Interior Angles
Week of (Apr 4): Lesson 24: Proving Triangles Congruent with SSS and SAS
               (Apr 11): No Class
               (Apr 18): No Class
Week of (Apr 25): Lesson 25: Proving Triangles Congruent with ASA and AAS; Amplified Parallelogram Theorem
Week of (May 2): Lesson 26: Proving Triangles Congruent with HL, LL, HA, and LA
Week of (May 9): Lesson 27: Proving Triangles Similar with AA and Proportion or Ratio
               (May 16): No Class
Week of (May 23): Lesson 28: Transformational Geometry
Week of (May 30): Lesson 29: Trigonometric Functions: Sine, Cosine, and Tangent
Week of (Jun 6): Lesson 30: Inverse Trigonometric Functions: Secant, Cosecant, and Cotangent; Sin² + Cos² = 1

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Monday Classes:
First Day of Class: Monday, September 9, 2024
 
Week 1: (Sept 9): Lesson 01: Points, Lines, Rays, and Line Segments
Week 2: (Sept 16): Lesson 02: Planes and Sets
Week 3: (Sept 23): Lesson 03: Angles
Week 4: (Sept 30): Lesson 04: Types of Angles
Week 5: (Oct 7): Lesson 05: Parallel and Perpendicular Lines with Midpoints and Bisectors
               (Oct 14): No Class
               (Oct 21): No Class
Week 6: (Oct 28): Lesson 06: Supplementary and Complementary Angles
Week 7: (Nov 4): Lesson 07: Transversals with Interior and Exterior Angles
               (Nov 11): No Class
Week 8: (Nov 18): Lesson 08: Perimeter and Interior Angles of a Rectangle, Triangle, Parallelogram, and Trapezoid
Week 9: (Nov 25): Lesson 09: Area of a Rectangle, Triangle, Parallelogram, and Trapezoid
Week 10: (Dec 2): Lesson 10: Constructing and Identifying Triangles
Week 11: (Dec 9): Lesson 11: Regular Polygons
Week 12: (Dec 16): Lesson 12: Geometry of a Circle, Sphere and Ellipse; Inscribed and Circumscribed Figures
                (Dec 23): No Class
                (Dec 30): No Class
                (Jan 6): No Class
Week 13: (Jan 13): Lesson 13: Area and Circle and Ellipse; Circumference of a Circle; Latitude and Longitude
                (Jan 20): No Class
Week 14: (Jan 27): Lesson 14: Volume of Rectangular Solid and Cylinder
Week 15: (Feb 3): Lesson 15: Volume of Pyramid, Cone, Prism, and Sphere
Week 16: (Feb 10): Lesson 16: Surface Area of Solids
                 (Feb 17): No Class
Week 17: (Feb 24): Lesson 17: Radicals          
Week 18: (Mar 3): Lesson 18: Pythagorean Theorem
Week 19: (Mar 10): Lesson 19: More on Radicals
Week 20: (Mar 17): Lesson 20: Special Triangles: (45°-45°-90°)
Week 21: (Mar 24): Lesson 21: Special Triangles: (30°-60°-90°)
Week 22: (Mar 31): Lesson 22: Axioms, Postulates, and Theorem
Week 23: (Apr 7): Lesson 23: Corresponding Parts of Triangles and Remote Interior Angles
                 (Apr 14): No Class
Week 24: (Apr 21): Lesson 24: Proving Triangles Congruent with SSS and SAS
Week 25: (Apr 28): Lesson 25: Proving Triangles Congruent with ASA and AAS; Amplified Parallelogram Theorem
Week 26: (May 5): Lesson 26: Proving Triangles Congruent with HL, LL, HA, and LA
Week 27: (May 12): Lesson 27: Proving Triangles Similar with AA and Proportion or Ratio
Week 28: (May 19): Lesson 28: Transformational Geometry
                 (May 26): No Class
Week 29: (Jun 2): Lesson 29: Trigonometric Functions: Sine, Cosine, and Tangent
Week 30: (Jun 9): Lesson 30: Inverse Trigonometric Functions: Secant, Cosecant, and Cotangent; Sin² + Cos² = 1 
___________________________________________________________________

Tuesday Classes:
First Day of Class: Tuesday, September 10, 2024
 
Week 1: (Sept 10): Lesson 01: Points, Lines, Rays, and Line Segments
Week 2: (Sept 17): Lesson 02: Planes and Sets
Week 3: (Sept 24): Lesson 03: Angles
Week 4: (Oct 1): Lesson 04: Types of Angles
Week 5: (Oct 8): Lesson 05: Parallel and Perpendicular Lines with Midpoints and Bisectors
Week 6: (Oct 15): Lesson 06: Supplementary and Complementary Angles
               (Oct 22): No Class
Week 7: (Oct 29): Lesson 07: Transversals with Interior and Exterior Angles
Week 8: (Nov 5): Lesson 08: Perimeter and Interior Angles of a Rectangle, Triangle, Parallelogram, and Trapezoid
Week 9: (Nov 12): Lesson 09: Area of a Rectangle, Triangle, Parallelogram, and Trapezoid
Week 10: (Nov 19): Lesson 10: Constructing and Identifying Triangles
Week 11: (Nov 26): Lesson 11: Regular Polygons
Week 12: (Dec 3): Lesson 12: Geometry of a Circle, Sphere and Ellipse; Inscribed and Circumscribed Figures
Week 13: (Dec 10): Lesson 13: Area and Circle and Ellipse; Circumference of a Circle; Latitude and Longitude
Week 14: (Dec 17): Lesson 14: Volume of Rectangular Solid and Cylinder
                (Dec 24): No Class
                (Dec 31): No Class
                (Jan 7): No Class
Week 15: (Jan 14): Lesson 15: Volume of Pyramid, Cone, Prism, and Sphere
Week 16: (Jan 21): Lesson 16: Surface Area of Solids    
                (Jan 28): No Class    
Week 17: (Feb 4): Lesson 17: Radicals  
Week 18: (Feb 11): Lesson 18: Pythagorean Theorem
                 (Feb 18): No Class
Week 19: (Feb 25): Lesson 19: More on Radicals
Week 20: (Mar 4): Lesson 20: Special Triangles: (45°-45°-90°)
Week 21: (Mar 11): Lesson 21: Special Triangles: (30°-60°-90°)
Week 22: (Mar 18): Lesson 22: Axioms, Postulates, and Theorem
Week 23: (Mar 25): Lesson 23: Corresponding Parts of Triangles and Remote Interior Angles
Week 24: (Apr 1): Lesson 24: Proving Triangles Congruent with SSS and SAS
Week 25: (Apr 8): Lesson 25: Proving Triangles Congruent with ASA and AAS; Amplified Parallelogram Theorem
                 (Apr 15): No Class
Week 26: (Apr 22): Lesson 26: Proving Triangles Congruent with HL, LL, HA, and LA
Week 27: (Apr 29): Lesson 27: Proving Triangles Similar with AA and Proportion or Ratio
Week 28: (May 6): Lesson 28: Transformational Geometry
Week 29: (May 13): Lesson 29: Trigonometric Functions: Sine, Cosine, and Tangent
Week 30: (May 20): Lesson 30: Inverse Trigonometric Functions: Secant, Cosecant, and Cotangent; Sin² + Cos² = 1