$5 - $10 9th Grade Math Lesson (by rating)

Enhance your Grade 9 Geometry lessons with this comprehensive slide presentation on Points, Lines, Planes, Segments, and Rays. Perfect for introducing or reinforcing key geometric concepts, this ready-to-use resource includes everything you need for a complete lesson:

• Clear Definitions: What is a point, line, plane, segment, and ray? Each term is thoroughly defined to build a strong foundation.
• Visual Illustrations: Help students visualize geometric figures with detailed and accurate illustrations.
• Intersection Concepts: Learn about the intersection of lines and planes with clear explanations.
• Engaging Examples: Practical examples are provided to solidify understanding and application of each concept.
• Practice Exercises: Assess students' comprehension with exercises after each section, ensuring mastery of the material.

The presentation is available in PDF, PPT, and Google Slide formats, making it versatile and easy to use in any classroom setup. While the content is non-editable to maintain consistency, the PPT and Google Slide are editable in the sense that you can still add to it, we’ve included two empty slide templates for you to customize and expand upon as needed.

Perfect for teachers looking for a thorough, easy-to-use, and visually engaging geometry lesson. Download today and make your geometry class more interactive and effective!

Follow our page for updates! We're currently working on the next lesson in this series—don't miss out on new resources.

OTHER GEOMETRY RESOURCES: Click Here

ALGEBRA I RESOURCES:Click Here

Licensing Terms: This purchase is for one teacher's use in their classroom. It is non-transferable and cannot be shared with colleagues, or used across a grade level, school, or district without purchasing additional licenses.

Copyright Terms: This resource cannot be uploaded to the internet, except on password-protected sites accessible only to students. This digital product is the sole creation of OOPS! Math is Fun and is intended for personal use by a single individual only. Redistribution, posting online, resale, or sharing of this product, in part or in whole, is strictly prohibited without prior written consent from OOPS! Math is Fun. Any unauthorized use or distribution may result in legal action.

SEE WHAT OTHERS ARE SAYING:

⭐️⭐️⭐️⭐️⭐️

"I’m absolutely thrilled with their slide presentation! The slides are incredibly well-organized and neat, making it easy for both me and my students to follow along. The illustrations are of high quality, and the examples provided are clear and effective in reinforcing the concepts. The professionalism in the design and content is evident, and I appreciate the attention to detail. A must-have for any Geometry teacher!"

UNDERSTANDING & READING GRAPHS & CHARTS IN GEOGRAPHY

INTRODUCTION ACTIVITY

This lesson is an introductory lesson to (1) prepare students and a climate students with the different types of graphs and charts, (2) to understand the difference between a graph and a chart, (3) begin learning to decipher the data each represents and (4) how each represents the data.

OBJECTIVE:
o The learner will understand the difference between a graph and a chart and will be able to identify each.
o The learner will recognize 14 graphs and/or charts.
o The learner will interpret 14 graphs and/or charts.

MATERIALS:

o Reading Activity: (2 pages) Is it a Graph or Chart? (Included)
o 14 Graph & Map Stations (Included)
o List of graphs & charts (Included)
o Laminate- Laminate all 14 stations and list of graphs and charts for future use and

durability. o Blue painters tape to display stations on the wall throughout the

classroom
o Rulers for each station for students to use in reading the graphs.
o Student answer sheet, one per student or one per team to save paper and ink.

(Included)

o Exit Cards (Included)
o Timer to measure time at each station.

PREPARATION:

Laminate each station and the list of chart and graph names for each station. The list of chart and graph names will be used as a reference for students. Prepare each station with a ruler and any other supplies that may be needed.

INTRODUCTION:
Either show an introduction video (there are some suggestions below) or have students participate in the introduction activity.

PROCEDURE:
Reading Activity: Organize the class into teams of 2-4, at the teacher’s discretion. Have student groups read and discuss the student reading activity (2 pages included).

Carousel Activity: Student groups will rotate from one station to the next answering four (4) questions at each station and identifying each graph and/or chart. Based on the information provided in the reading on how to determine a graph and/or chart, students will identify each station as a graph or chart, how the data is being displayed, the name of the graph or chart, and provide an interpretation of each. Provide groups 3 minutes at each station; use a timer. You may cut down on the number of stations if- your class time is more limited. Students will work together to complete the questions for each station on their Student Answer Sheet. When the timer goes off, all groups will move on to the next station. Once the carousel activity is complete, display each chart and answer and discuss them together allowing students to correct their answers.

CLOSURE / EVALUATION:
Have students complete and submit an Exit Card

ENRICHMENT REVIEW ACTIVITY:
Have students choose a topic and create their own chart or graph as a home assignment for extra credit. They can present and display them in the classroom the next day.

Disclaimer:

One purchase is for the use of one teacher. If additional teachers would like to use this product, please purchase additional licenses.

This lesson has everything you need to teach a "Thin Slicing" lesson on solving systems of equations algebraically using the substitution method (8.EE.8b). This lesson uses Building Thinking Classrooms strategies for teaching math created by Peter Liljedahl. If you have been looking to implement the Building Thinking Classrooms model of instruction, but don't know where to start, this is a great resource for you.

This lesson includes the following materials:

• Description of how I run a "Thin Slicing" lesson using Vertical Non-Permanent Surfaces in my own classroom.
• 11 Full-Size Task Cards on solving systems of equations using the substitution method
• Answers for all Task Cards
• "Notes To My Future Forgetful Self" Student Notes Template
• Student Notes answer key
• "Check Your Understanding" student Exit Ticket
• Exit Ticket answer key

This lesson will help your students learn how to solve systems of equations using the substitution method, encourages rich math discussion, and introduces various strategies for solving by substitution. This lesson starts with a very low floor to encourage access for all students, and provides a high ceiling with extension questions. Once complete, students can use the provided notes template to record their thinking, as well as a "Check Your Understanding" exit ticket to give you and your students formative assessment feedback on how they are understanding the topic.

This lesson is the 1st in a 3-part series for 8th grade systems of equations. The two other lessons are:

2. Solving Systems By Elimination Thin Slicing Lesson - 8th Grade Math 8.EE.8b

3. Systems Problem Solving Thin Slicing Lesson - 8th Grade Math 8.EE.8c

Please consider using the whole 3 lesson unit when teaching solving systems of equations algebraically for 8th grade. If you want all three lessons, you can buy them in the bundle at a 15% discount, and get a FREE Solving Systems Level Ups review activity included.

If you enjoy this product, please leave a review and check out my other products. I will be adding more Thin Slicing lessons in the future based on this model.

If you would like to know more about how I use Building Thinking Classrooms in my own class, check out my blog. I am also creating and refining more thin slicing lessons, so follow my store or check back regularly to see what's new.

Follow me on Twitter, Instagram, or Threads.

Thank you for your interest in my products!

Are you teaching your students about Special Parallelograms? This resource is great for you! Plenty of examples and application exercises are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦34 total slides

✦Title Slide

✦17 slides for notes and examples

✦16 slides for application

✦All steps are animated to allow the teacher to explain them gradually.

At the end of the lesson, students will be able to

✦Identify Parallelograms.

✦Define Special Parallelograms including rectangles, squares, rhombuses.

✦Understand Properties of Rectangles, Squares and Rhombuses.

✦Understand Parallelograms Problem Solving.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵

Other Resources:

⤞ Congruent Triangles PowerPoint Presentation Lesson Middle School

⤞ Parallel Lines PowerPoint Presentation Lesson Middle School

⤞ Types of Triangles PowerPoint Presentation Lesson Middle School

⤞ Expanding and factorization PowerPoint Presentation

⤞ Fractions PowerPoint Presentation

⤞ Proportions PowerPoint Presentation

Hello and welcome!

Are you math teacher and have been thrown into teaching a computer science course? Now you have NO IDEA where to start! Have you taught computer science, but want to try something else? Math and computer science are related, but are not the same!

I have your back. I've been teaching math and computer science, including APCSP, APCSA, and Data Structures for almost two decades. I also teach an introduction course. This is part of the course I made up for my intro students. I have a BS in computer science and know what students need to know.

This is part 9 of an introductory Programming in Java course. These lessons are meant to be done over a few days; the idea is to get students doing cool stuff as fast as possible. With Java, that is NOT an easy task.

Topics:

Programming in Java 9: Creating Classes- Constructors, Parameters, and

return Statements

Setting up the constructor

A review of functions

Parameters

The return keyword

All lessons will come with the following:

a pdf slideshow

a pacing guide with hints for teaching the section and common student
errors

an assignment, differentiated with three different levels!

an answer key in pdf form

an answer key in .java form.

Depending on your style, you could go over the slides as a group, then let students play around. Or you could just give them the slides and assignment and let them go.

Let students explore and make mistakes. Let them talk to each other and discuss their approaches. Programming takes a lot of trial and error and collaboration.

Welcome to the world of programming! It's going to be a blast!

Interested in more computer science content?? Check this out!

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Looping-11442643

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Arrays-11580049

https://www.TeachShare.com/Product/Bundle-Learn-to-Program-Scratch-Task-Cards-LEVEL-1-3-11365530

https://www.TeachShare.com/Product/Particle-Engine-Using-ArrayLists-in-Java-9074432

Interested in more games?? Check it!

https://www.TeachShare.com/Product/DEMO-Math-Tac-Toe-Add-and-Subtract-Within-100-Multiply-and-Divide-Within-144-11161362

https://www.TeachShare.com/Product/Anns-Adventure-DEMO-Adding-and-Subtracting-Within-100-8812762

Interested in forms to make life easier!? Got it!

https://www.TeachShare.com/Product/MTSS-DI-RTI-Cooperative-Learning-Tiered-Groups-Based-on-Assessment-11097984

Students need to know how to classify 2d shapes and identify the name of each figure! Includes an interactive notebook activity + A complete 2S shapes poster. Both resources focus on sorting shapes into groups and subgroups, making the relationships between shapes clearer without confusing arrows. Perfect for hands-on learning and visual clarity!

See the previews in each product as it is exactly what you will purchase

Included are:

1. 2D shapes complete reference sheet poster: A comprehensive no grade specific to help your students understand and retain different shapes according to their attributes.
2. An interactive cut and paste activity/notebook: Name each shape group. Then, cut out the shapes and glue them in the correct section.

Shapes included:

• Non-Polygons: Circle, Moon shape, Heart, ...
• Triangles: Equilateral, isosceles, scalene, acute, right, obtuse, Right and isosceles.
• Quadrilaterals: Square, rectangle, rhombus, parallelogram, trapezoid, kite.
• More than 4 sides: Pentagon, hexagon, heptagon, Octagon.

Enjoy and Please message me if you have any questions! THANK YOU!

Don't forget that leaving feedback earns you points toward FREE TeachShare purchases.

All the resources I make are free for the first 24 hours! so follow my store <3 to stay updated every time I post.

Enhance your Grade 9 Geometry lessons with this comprehensive and visually engaging presentation on the Midpoint and Distance Formulas! Perfectly designed for teachers, this ready-to-use resource provides everything you need to effectively teach these essential geometry concepts.

What’s Included:

• Definitions & Illustrations: Clear explanations of the midpoint, segment bisector, accompanied by engaging illustrations.
• Midpoint Formula: Step-by-step examples and a relatable word problem to help students grasp how to calculate the midpoint between two points.
• Distance Formula: Detailed example and a practical word problem to solidify understanding of finding the distance between two points in a coordinate plane.
• Non-Editable Content: The content is carefully crafted to ensure consistency and quality, with slides that are non-editable.
• Editable Format: While the content itself is non-editable, the file is editable, allowing you to customize the presentation by adding your own slides.
• Blank Slide Templates: Additional blank slide templates are provided for you to insert more content as needed.

This presentation is available in PowerPoint, PDF, and Google Slides formats, making it versatile and easy to integrate into your classroom. Save time and ensure a seamless teaching experience with this polished, ready-to-use resource!

OTHER GEOMETRY RESOURCES: Click Here

ALGEBRA I RESOURCES:Click Here

Keywords: Midpoint Formula, Distance Formula, Segment Bisector, Geometry Lesson, Grade 9 Geometry, High School Math, Coordinate Geometry, Geometry PowerPoint, Geometry Google Slides, Geometry PDF, Math Presentation, Geometry Examples, Math Word Problems, Editable Geometry Slides, Non-Editable Content, Ready-to-Use Presentation, Teaching Resources, Math Lesson Plans, Pythagorean Theorem, Interactive Geometry.

Licensing Terms: This purchase is for one teacher's use in their classroom. It is non-transferable and cannot be shared with colleagues, or used across a grade level, school, or district without purchasing additional licenses.

Copyright Terms: This resource cannot be uploaded to the internet, except on password-protected sites accessible only to students. This digital product is the sole creation of OOPS! Math is Fun and is intended for personal use by a single individual only. Redistribution, posting online, resale, or sharing of this product, in part or in whole, is strictly prohibited without prior written consent from OOPS! Math is Fun. Any unauthorized use or distribution may result in legal action.

SEE WHAT OTHERS ARE SAYING:

⭐️⭐️⭐️⭐️⭐️
"I’m absolutely thrilled with their slide presentations! The slides are incredibly well-organized and neat, making it easy for both me and my students to follow along. The illustrations are of high quality, and the examples provided are clear and effective in reinforcing the concepts. The professionalism in the design and content is evident, and I appreciate the attention to detail. A must-have for any Geometry teacher!"

**Get your students moving through the United States while learning geography and math skills. **Students will move through the United States as they travel through seven destinations of their choice. This activity integrates math and geography, featuring map reading and measurement using a map scale. It includes calculations for gas costs, driving times, mileage, and more.

This resource encourages students to **problem-solve **while accurately using a map scale to plan a round trip across the United States. As students calculate distances, mileage, driving times, and gas expenses, they will develop higher-order thinking skills with real-life application.

This engaging activity empowers students to take ownership of their learning. Additionally, the instructions offer helpful tips on using yarn to teach how to measure distances on a road map. Students will learn how travel was done before GPS. Although we rely on GPS systems to get us from Point A to Point B, it is still important to know in today's digital age.

While GPS navigation systems and online mapping tools have made it easier to find our way around, having a good grasp of map scales can still come in handy. By using a map scale, students can accurately calculate distances on maps and understand the relationship between the physical size of the area being represented and its distance on the map. This skill can be useful for planning road trips, hiking excursions, or even understanding the layout of a city. Additionally, knowing how to read a map scale can help students develop spatial awareness and improve their overall geographical knowledge. So, while technology may make navigation more convenient, learning how to use a map scale is still a valuable skill that will never go out of style.

This activity incorporates math with geography:

• Measurement
• Gas Cost Calculations
• Driving Time Calculations
• Mileage Calculations &
• Map Reading

This lesson will require each team has a large laminated road map that can be purchased through or donated by your local stores, such as Walmart or Target.

If you have a way to make poster-sized maps, you can google the road maps of America and there are many that can be found.

................................................................................................................................

**Permissions **are given to the purchaser to make modifications to the game board using the Word document provided in the zip file. No other modifications may be made to this document.

................................................................................................................................

© Martha Boykin Products. All rights reserved. Purchase of this product grants the purchaser the right to reproduce pages for classroom use only. If you are not the original purchaser, please download the item from my store before making copies. Copying, editing, selling, redistributing, or posting any part of this product on the internet is strictly forbidden. Violations are subject to the penalties of the Digital Millennium Copyright Act.

.

Total Pages:4 pages

Answer Key: N/A (Student choice)

Teaching Duration: N/A

This lesson has everything you need to teach a "Thin Slicing" lesson on writing linear functions from a table of values for 8th grade math. These progressively challenging task cards start students with simple proportional relationships and progress up to writing a linear function from only two ordered pairs. This lesson with printable task cards uses Building Thinking Classrooms strategies for teaching math created by Peter Liljedahl. If you have been looking to implement the Building Thinking Classrooms model of instruction, but don't know where to start, this is a great resource for you.

This lesson includes the following materials:

• Complete instructions on how I run a "Thin Slicing" lesson using Vertical Non-Permanent Surfaces (VNPS) in my own classroom.
• 12 Full-Size Task Cards on writing linear functions from a table of values.
• Answers for all Task Cards.
• "Notes To My Future Forgetful Self" Student Notes Template.
• Student Notes answer key.
• "Check Your Understanding" student Exit Ticket.
• Exit Ticket answer key.

Once the thin slicing lesson is complete, students can use the provided notes template to record their thinking, as well as complete a "Check Your Understanding" exit ticket to give you and your students formative assessment feedback on how they are understanding the topic.

If you enjoy this product, please leave a review and check out my other products. I will be adding more Thin Slicing lessons in the future based on this model.

If you would like to know more about how I use Building Thinking Classrooms in my own class, check out my blog. I am also creating and refining more thin slicing lessons, so follow my store or check back regularly to see what's new.

Follow me on Twitter, Instagram, or Threads.

Thank you for your interest in my products!

Are you teaching your High School students about adding, subtracting, dividing, and multiplying Fractional Expressions? Add, Subtract, Multiply and Divide Fractions. This resource is great for you! Plenty of examples and application exercises are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦29 total slides

✦Title Slide

✦12 slides for notes and examples

✦16 slides for application

✦All steps are animated to allow the teacher to explain them gradually.

At the end of the lesson, students will be able to

✦Understand Fractions

✦Simplify Fractions

✦Add, Subtract, Multiply and Divide Fractions

✦Apply Fractions

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵

Other Resources:

⤞ Powers and Radicals | High School Math PowerPoint Lesson Slides

⤞ Polynomials | High School Math PowerPoint Lesson Slides

⤞ First Degree of Equations and Inequalities | High School Math PowerPoint Lesson

⤞ Linear System | High School Math PowerPoint Lesson Slides

⤞ Equation of Straight Lines | High School Math PowerPoint Lesson Slides

Hello and welcome!

Are you math teacher and have been thrown into teaching a computer science course? Now you have NO IDEA where to start! Have you taught computer science, but want to try something else? Math and computer science are related, but are not the same!

I have your back. I've been teaching math and computer science, including APCSP, APCSA, and Data Structures for almost two decades. I also teach an introduction course. This is part of the course I made up for my intro students. I have a BS in computer science and know what students need to know.

The second semester of lessons are an extension and not taught in most schools. I researched and created them with a focus on students having fun while using higher level coding techniques. They are geared toward using Java to create forms and games. These sections are by far my students' favorites because they get to use images, GUI components, and animation.

These lessons are meant to be done over a few days; the idea is to get students doing cool stuff as fast as possible. With Java, that is NOT an easy task.

Topics:

Programming in Java 18: Collision Detection
What is Collision?

What is a game?

Rectangle collision

Creating a collision rectangle

Other collision

The Rectangle class

All lessons will come with the following:

a pdf slideshow

a pacing guide with hints for teaching the section and common student
errors

an assignment, differentiated with three different levels!

an answer key in pdf form

an answer key in .java form.

Depending on your style, you could go over the slides as a group, then let students play around. Or you could just give them the slides and assignment and let them go.

Let students explore and make mistakes. Let them talk to each other and discuss their approaches. Programming takes a lot of trial and error and collaboration.

Welcome to the world of programming! It's going to be a blast!

Interested in more computer science content?? Check this out!

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Looping-11442643

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Arrays-11580049

https://www.TeachShare.com/Product/Bundle-Learn-to-Program-Scratch-Task-Cards-LEVEL-1-3-11365530

https://www.TeachShare.com/Product/Particle-Engine-Using-ArrayLists-in-Java-9074432

Interested in more games?? Check it!

https://www.TeachShare.com/Product/DEMO-Math-Tac-Toe-Add-and-Subtract-Within-100-Multiply-and-Divide-Within-144-11161362

https://www.TeachShare.com/Product/Anns-Adventure-DEMO-Adding-and-Subtracting-Within-100-8812762

Interested in forms to make life easier!? Got it!

https://www.TeachShare.com/Product/MTSS-DI-RTI-Cooperative-Learning-Tiered-Groups-Based-on-Assessment-11097984

This ready-to-use slide presentation covers all essential topics, including complementary angles, supplementary angles, adjacent angles, linear pairs, and vertical angles. Perfect for Grade 9 Geometry classes, this presentation is aligned with Common Core State Standards and designed to make learning interactive and fun!

What’s Included:

• PDF, PowerPoint (PPT), and Google Slides versions for flexible teaching options.

• Clear definitions of angle pair relationships.

• Visual illustrations and examples to support student understanding.

• Engaging exercises and word problems to reinforce learning.

• Real-world application scenarios for deeper comprehension.

• Non-Editable Content: The content is carefully crafted to ensure consistency and quality, with slides that are non-editable.

• Editable Format: While the content itself is non-editable, the file is editable, allowing you to customize the presentation by adding your own slides.

• Blank Slide Templates: Additional blank slide templates are provided for you to insert more content as needed.

This presentation is available in PowerPoint, PDF, and Google Slides formats, making it versatile and easy to integrate into your classroom. Save time and ensure a seamless teaching experience with this polished, ready-to-use resource!

OTHER GEOMETRY RESOURCES: Click Here

ALGEBRA I RESOURCES:Click Here

Keywords: Angle Pair Relationships, Geometry Lessons, Supplementary and Complementary Angles, Adjacent Angles, Vertical and Linear Pair Angles, Common Core Geometry, Grade 9 Geometry, Geometry PowerPoint, Geometry Google Slides, Geometry PDF, Math Slides for Teachers, Ready-to-Use

Licensing Terms: This purchase is for one teacher's use in their classroom. It is non-transferable and cannot be shared with colleagues, or used across a grade level, school, or district without purchasing additional licenses.

Copyright Terms: This resource cannot be uploaded to the internet, except on password-protected sites accessible only to students. This digital product is the sole creation of OOPS! Math is Fun and is intended for personal use by a single individual only. Redistribution, posting online, resale, or sharing of this product, in part or in whole, is strictly prohibited without prior written consent from OOPS! Math is Fun. Any unauthorized use or distribution may result in legal action.

SEE WHAT OTHERS ARE SAYING:

⭐️⭐️⭐️⭐️⭐️
"I’m absolutely thrilled with their slide presentations! The slides are incredibly well-organized and neat, making it easy for both me and my students to follow along. The illustrations are of high quality, and the examples provided are clear and effective in reinforcing the concepts. The professionalism in the design and content is evident, and I appreciate the attention to detail. A must-have for any Geometry teacher!"

This lesson has everything you need to teach a "Thin Slicing" lesson on solving and graphing compound inequalities for Algebra 1 or Integrated Math 1. These progressive task cards start students with simple inequality statements and graphs, and work up to solving multi-step compound inequalities, graphing them on a number line, and writing the solution in interval notation. This lesson with printable task cards uses Building Thinking Classrooms strategies for teaching math created by Peter Liljedahl. If you have been looking to implement the Building Thinking Classrooms model of instruction, but don't know where to start, this is a great resource for you.

This lesson includes the following materials:

• Complete instructions on how I run a "Thin Slicing" lesson using Vertical Non-Permanent Surfaces (VNPS) in my own classroom.
• 11 Full-Size Task Cards on solving and graphing compound inequalities
• Answers for all Task Cards.
• "Notes To My Future Forgetful Self" Student Notes Template.
• Student Notes answer key.
• "Check Your Understanding" student Exit Ticket.
• Exit Ticket answer key.

Once the thin slicing lesson is complete, students can use the provided notes template to record their thinking, as well as complete a "Check Your Understanding" exit ticket to give you and your students formative assessment feedback on how they are understanding the topic.

If you enjoy this product, please leave a review and check out my other products. I will be adding more Thin Slicing lessons in the future based on this model.

If you would like to know more about how I use Building Thinking Classrooms in my own class, check out my blog. I am also creating and refining more thin slicing lessons, so follow my store or check back regularly to see what's new.

Follow me on Twitter, Instagram, or Threads.

Thank you for your interest in my products!

Are you teaching your students about Congruent Triangles? This resource is great for you! Plenty of examples and application exercises are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦38 total slides

✦Title Slide

✦22 slides for notes and examples

✦15 slides for application

✦All steps are animated to allow the teacher to explain them gradually.

At the end of the lesson, students will be able to

✦Define and understand the term congruent.

✦Recognize that congruent triangles are triangles that have the same shape and size.

✦Identify Congruent Parts of triangles, such as angles and sides.

✦Introduce different methods for proving triangle congruence, including SSS (Side-Side-Side), SAS (Side-Angle-Side), ASA (Angle-Side-Angle), AAS (Angle-Angle-Side).

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵➵

Other Resources:

⤞ Special Parallelograms PowerPoint Presentation Lesson for Middle School

⤞ Parallel Lines PowerPoint Presentation Lesson Middle School

⤞ Types of Triangles PowerPoint Presentation Lesson Middle School

⤞ Expanding and factorization PowerPoint Presentation

⤞ Fractions PowerPoint Presentation

⤞ Proportions PowerPoint Presentation

Hello and welcome!

Are you math teacher and have been thrown into teaching a computer science course? Now you have NO IDEA where to start! Have you taught computer science, but want to try something else? Math and computer science are related, but are not the same!

I have your back. I've been teaching math and computer science, including APCSP, APCSA, and Data Structures for almost two decades. I also teach an introduction course. This is part of the course I made up for my intro students. I have a BS in computer science and know what students need to know.

This is part 6 of an introductory Programming in Java course. These lessons are meant to be done over a few days; the idea is to get students doing cool stuff as fast as possible. With Java, that is NOT an easy task.

Topics:

Programming in Java 6: Conditional Logic- if Statements

How to make and use an if

the else statements

the else if statement

nested if and compound logic

pseudocode and logic errors

All lessons will come with the following:

a pdf slideshow

a pacing guide with hints for teaching the section and common student
errors

an assignment, differentiated with three different levels!

an answer key in pdf form

an answer key in .java form

Depending on your style, you could go over the slides as a group, then let students play around. Or you could just give them the slides and assignment and let them go.

Let students explore and make mistakes. Let them talk to each other and discuss their approaches. Programming takes a lot of trial and error and collaboration.

Welcome to the world of programming! It's going to be a blast!

Interested in more computer science content?? Check this out!

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Looping-11442643

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Arrays-11580049

https://www.TeachShare.com/Product/Bundle-Learn-to-Program-Scratch-Task-Cards-LEVEL-1-3-11365530

https://www.TeachShare.com/Product/Particle-Engine-Using-ArrayLists-in-Java-9074432

Interested in more games?? Check it!

https://www.TeachShare.com/Product/DEMO-Math-Tac-Toe-Add-and-Subtract-Within-100-Multiply-and-Divide-Within-144-11161362

https://www.TeachShare.com/Product/Anns-Adventure-DEMO-Adding-and-Subtracting-Within-100-8812762

Interested in forms to make life easier!? Got it!

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Unlock the world of polygons with this engaging and informative presentation designed for Grade 9 Geometry! Classify polygons based on number of sides, convex/concave polygons, equilateral, equiangular, regular polygons.

This complete resource includes PowerPoint, PDF, and Google Slides formats to ensure compatibility with your teaching style and classroom needs.

What's Inside:

• Clear Definitions: Understand the fundamental concepts of polygons, including sides, vertices, and how to name polygons.
• Convex vs. Concave: Learn the differences between convex and concave polygons with visual examples.
• Classification of Polygons: Identify and classify polygons by the number of sides, from triangles to dodecagons, and discover the general term for polygons with n sides.
• Key Definitions: Dive into critical definitions such as equilateral, equiangular, and regular polygons, supported by detailed examples.
• Interactive Exercises: Engage students with a variety of exercises to reinforce learning, complete with answer keys for quick assessment.
• Problem-Solving Section: Challenge your students with real-life applications and problem-solving scenarios related to polygon classification.

Features:

• Non-Editable Content: The content is carefully crafted to ensure consistency and quality, with slides that are non-editable.
• Editable Format: While the content itself is non-editable, the file is editable, allowing you to customize the presentation by adding note on the existing slides or adding your own slides.
• Blank Slide Templates: Additional blank slide templates are provided for you to insert more content as needed.

This presentation is available in PowerPoint, PDF, and Google Slides formats, making it versatile and easy to integrate into your classroom. Save time and ensure a seamless teaching experience with this polished, ready-to-use resource!

OTHER GEOMETRY RESOURCES: Click Here

ALGEBRA I RESOURCES: Click Here

Keywords: Classify Polygons, Geometry Lessons, Convex, Concave, Equilateral, Equiangular, Regular, Common Core Geometry, Grade 9 Geometry, Geometry PowerPoint, Geometry Google Slides, Geometry PDF, Math Slides for Teachers, Ready-to-Use

Licensing Terms: This purchase is for one teacher's use in their classroom. It is non-transferable and cannot be shared with colleagues, or used across a grade level, school, or district without purchasing additional licenses.

Copyright Terms: This resource cannot be uploaded to the internet, except on password-protected sites accessible only to students. This digital product is the sole creation of OOPS! Math is Fun and is intended for personal use by a single individual only. Redistribution, posting online, resale, or sharing of this product, in part or in whole, is strictly prohibited without prior written consent from OOPS! Math is Fun. Any unauthorized use or distribution may result in legal action.

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"I’m absolutely thrilled with their slide presentations! The slides are incredibly well-organized and neat, making it easy for both me and my students to follow along. The illustrations are of high quality, and the examples provided are clear and effective in reinforcing the concepts. The professionalism in the design and content is evident, and I appreciate the attention to detail. A must-have for any Geometry teacher!"

This lesson has everything you need to teach a "Thin Slicing" lesson on defining the domain and range of a function from a graph. Students will learn how to write the domain and range from a graph using both set notation and interval notation. This lesson with printable task cards uses Building Thinking Classrooms strategies for teaching math created by Peter Liljedahl. If you have been looking to implement the Building Thinking Classrooms model of instruction, but don't know where to start, this is a great resource for you.

This lesson includes the following materials:

• Description of how I run a "Thin Slicing" lesson using Vertical Non-Permanent Surfaces (VNPS) in my own classroom.
• 14 Full-Size Task Cards on writing the domain and range from a graph using both set notation and interval notation.
• Answers for all Task Cards.
• "Notes To My Future Forgetful Self" Student Notes Template.
• Student Notes answer key.
• "Check Your Understanding" student Exit Ticket.
• Exit Ticket answer key.

This lesson will help your Algebra 1 or Integrated Math 1 students write both set and interval notation for domain and range of a graph. Once complete, students can use the provided notes template to record their thinking, as well as a "Check Your Understanding" exit ticket to give you and your students formative assessment feedback on how they are understanding the topic.

If you enjoy this product, please leave a review and check out my other products. I will be adding more Thin Slicing lessons in the future based on this model.

If you would like to know more about how I use Building Thinking Classrooms in my own class, check out my blog. I am also creating and refining more thin slicing lessons, so follow my store or check back regularly to see what's new.

Follow me on Twitter, Instagram, or Threads.

Thank you for your interest in my products!

Hello and welcome!

Are you math teacher and have been thrown into teaching a computer science course? Now you have NO IDEA where to start! Have you taught computer science, but want to try something else? Math and computer science are related, but are not the same!

I have your back. I've been teaching math and computer science, including APCSP, APCSA, and Data Structures for almost two decades. I also teach an introduction course. This is part of the course I made up for my intro students. I have a BS in computer science and know what students need to know.

The second semester of lessons are an extension and not taught in most schools. I researched and created them with a focus on students having fun while using higher level coding techniques. They are geared toward using Java to create forms and games. These sections are by far my students' favorites because they get to use images, GUI components, and animation.

These lessons are meant to be done over a few days; the idea is to get students doing cool stuff as fast as possible. With Java, that is NOT an easy task.

Topics:

Programming in Java 17: Timers
Setting up and starting the Timer

What is a Timer used for?

Animations and the Timer

Moving an object using the Timer

All lessons will come with the following:

a pdf slideshow

a pacing guide with hints for teaching the section and common student
errors

an assignment, differentiated with three different levels!

an answer key in pdf form

an answer key in .java form.

Depending on your style, you could go over the slides as a group, then let students play around. Or you could just give them the slides and assignment and let them go.

Let students explore and make mistakes. Let them talk to each other and discuss their approaches. Programming takes a lot of trial and error and collaboration.

Welcome to the world of programming! It's going to be a blast!

Interested in more computer science content?? Check this out!

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Looping-11442643

https://www.TeachShare.com/Product/Bundle-Programming-in-Java-Course-Intro-to-Java-to-Arrays-11580049

https://www.TeachShare.com/Product/Bundle-Learn-to-Program-Scratch-Task-Cards-LEVEL-1-3-11365530

https://www.TeachShare.com/Product/Particle-Engine-Using-ArrayLists-in-Java-9074432

Interested in more games?? Check it!

https://www.TeachShare.com/Product/DEMO-Math-Tac-Toe-Add-and-Subtract-Within-100-Multiply-and-Divide-Within-144-11161362

https://www.TeachShare.com/Product/Anns-Adventure-DEMO-Adding-and-Subtracting-Within-100-8812762

Interested in forms to make life easier!? Got it!

https://www.TeachShare.com/Product/MTSS-DI-RTI-Cooperative-Learning-Tiered-Groups-Based-on-Assessment-11097984

What’s Inside:

• Comprehensive Study Guide: Breaks down key concepts with step-by-step examples and clear explanations.
• Practice Worksheet & Homework Set: A variety of problems that reinforce learning and challenge students to apply their knowledge.
• Word Problems Worksheet: Engages students with real-world scenarios that make Algebra relevant and exciting.
• End-of-Lesson Quiz: A comprehensive assessment tool with varied problem types to evaluate student progress.
• Complete Answer Keys: Detailed solutions for all worksheets, word problems, and quiz questions, ensuring accurate grading and feedback.

Ideal For:

• Teachers looking for a complete, ready-to-use resource for teaching literal equations.
• Students who need a comprehensive review or supplemental practice.
• Homeschool educators seeking a thorough and structured Algebra resource.

Keywords: Solving Literal Equations Bundle, Algebra Study Guide, Algebra Worksheets, Algebra Word Problems, Math Quiz, Algebra PDF, Math Answer Key, Middle School Algebra, High School Algebra, Comprehensive Algebra Resources.

All documents are produced using LaTeX, providing clean, professional, and easily readable documents. LaTeX is renowned for its ability to produce documents with precise and accurate mathematical typesetting.

More products coming soon on Algebra, Geometry, Precalculus, Calculus! Make sure to follow Oops! Math is Fun.

Licensing Terms: This purchase is for one teacher's use in their classroom. It is non-transferable and cannot be shared with colleagues, or used across a grade level, school, or district without purchasing additional licenses. For inquiries about transferable licenses, please contact us at oopsmathisfun@gmail.com.

Copyright Terms: This resource cannot be uploaded to the internet, except on password-protected sites accessible only to students. This digital product is the sole creation of OOPS! Math is Fun and is intended for personal use by a single individual only. Redistribution, posting online, resale, or sharing of this product, in part or in whole, is strictly prohibited without prior written consent from OOPS! Math is Fun. Any unauthorized use or distribution may result in legal action.

SEE WHAT OTHERS ARE SAYING:

⭐⭐⭐⭐⭐

"I’ve used several resources from OOPS Math is Fun, and I’ve been impressed every time. The clean layout and professional look make these resources stand out. I’ll definitely keep coming back for more!"

This lesson has everything you need to teach a "Thin Slicing" lesson on solving literal equations (also known as rearranging formulas) for Algebra 1 or Integrated Math 1. These progressive task cards start students with simple one-step literal equations, and work up to multi-step equations involving factoring and fractions with unlike denominators. This lesson with printable task cards uses Building Thinking Classrooms strategies for teaching math created by Peter Liljedahl. If you have been looking to implement the Building Thinking Classrooms model of instruction, but don't know where to start, this is a great resource for you.

This lesson includes the following materials:

• Complete instructions on how I run a "Thin Slicing" lesson using Vertical Non-Permanent Surfaces (VNPS) in my own classroom.
• 12 Full-Size Task Cards on solving literal equations for an indicated variable.
• Answers for all Task Cards.
• "Notes To My Future Forgetful Self" Student Notes Template.
• Student Notes answer key.
• "Check Your Understanding" student Exit Ticket.
• Exit Ticket answer key.

Once the thin slicing lesson is complete, students can use the provided notes template to record their thinking, as well as complete a "Check Your Understanding" exit ticket to give you and your students formative assessment feedback on how they are understanding the topic.

If you enjoy this product, please leave a review and check out my other products. I will be adding more Thin Slicing lessons in the future based on this model.

If you would like to know more about how I use Building Thinking Classrooms in my own class, check out my blog. I am also creating and refining more thin slicing lessons, so follow my store or check back regularly to see what's new.

Follow me on Twitter, Instagram, or Threads.

Thank you for your interest in my products!