$5 - $10 9th Grade Graphing Resources

Bring a little Halloween fun to your math classroom with this Spooky Halloween Coordinate Grid Picture Bundle! This set of fall coordinate grid pictures include: Witch, Dracula, Frankenstein, Pumpkin Man, Monster and a Scarecrow. Each resource comes with two versions to accommodate different levels: a 1st quadrant version for beginners and a 4-quadrant version for more advanced students.

This bundle is perfect for reinforcing graphing skills, plotting points, and practicing coordinate geometry while adding a festive twist. Ideal for math centers, individual practice, or holiday-themed activities, these spooky designs will keep your students motivated and excited to learn.

What's Included:

• 6 Halloween-themed images:

  • Witch
  • Frankenstein
  • Pumpkin Man
  • Scarecrow
  • Dracula/Vampire
  • Monster

• Each image comes in:

  • 1st quadrant (positive coordinates only)
  • 4-quadrant (positive and negative coordinates)

Great for students who are working on plotting points, understanding coordinates, and building graphing confidence, all while getting into the Halloween spirit!

This task, (with complete key) includes solving linear inequalities, representing inequalities on a number line, expressing inequalities in interval notation and graphing two-variable inequalities on the coordinate plane. All these skills are properly practiced, mixed up and combined. The task addresses the topic in a way that will make all SAT and ACT questions on the topic easy to handle.

This resource works great as ...

• an assessment exercise
• a task
• independent work
• distance learning
• math stations
• math centers
• homework
• constructive group work when introducing the topic.

And, here are more resources in the Coordinate Plane that you must also get!

https://www.TeachShare.com/Product/Back-to-School-Classroom-Decor-Printable-Coordinate-Plane-82-printable-pages-7489424

https://www.TeachShare.com/Product/Back-to-school-Fun-Introducing-the-Coordinate-Plane-Real-Life-18-activities-8590523

https://www.TeachShare.com/Product/Back-to-school-fun-with-Math-The-Coordinate-Plane-A-Fun-Real-Life-Application-7090363

If you enjoyed this resource, please leave a REVIEW at your leisure, for other possible buyers to know how you have experienced it. Thank you so much!

Please follow my store here to get notified of all new resources I create 

I love to improve my resources, so any constructive feedback from you will be extremely welcome. 

Enjoy this resource.

https://www.TeachShare.com/Store/Real-life-Mathematics

Linear Inequalities, Solving Inequalities, Number Line, Interval Notation, Graphing Inequalities

A creatively designed pack on Straight Line Graphs which includes:

• An introductory activity to check that students have the skills required to access this topic. This includes the substitution of values into a linear equation and then plotting the x and y value coordinates onto a graph.

• An investigation sheet, on which students will discover how the value of m and c in the equation y=mx+c affects the line graph.

• An activity where students will draw linear graphs from equations, and find equations from graphs.

• A cut and match activity where students can visually connect equations with real life scenarios.

• Challenge questions where students find gradients and y-intercepts when equations are not in the form y=mx+c, and the identificaion of parallel lines from equations only.

• A confidence checklist for students to assess whether they have grasped what they have learned in this pack.

US version also available:

Click Here

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This lesson has everything you need to teach a "Thin Slicing" lesson on writing linear functions from a graph for 8th grade math. These progressively challenging task cards start students with simple proportional graphs and progress up to writing a linear function from line graphs where the y-intercept is not visible . 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.
• 13 Full-Size Task Cards on writing linear functions from a graph.
• 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!

Get ready for Thanksgiving with this Thanksgiving Coordinate Grid Graphing Picture Bundle! This set of four engaging graphing activities will help your students practice their coordinate plane skills while enjoying a variety of fun, seasonal pictures. Each activity comes with two versions: one using only the 1st quadrant (positive coordinates) and one using all four quadrants, making it easy to differentiate for different skill levels. With no decimals, these activities are straightforward and accessible for all students.

What's Included:

• Four Unique Graphing Pictures:

1. Turkey Running Away Saying "Help": Students will plot points to reveal a funny picture of a turkey trying to escape!
2. Turkey Standing (Zentangle Option): After graphing the turkey, students can unleash their creativity by adding Zentangle designs to the feathers for a cross-curricular art extension.
3. Owl on a Tree Limb with "FALL" Text: A cute owl perched on a branch with the word "FALL" underneath, perfect for the autumn season.
4. Turkey in Disguise: A fun twist with a turkey dressed up in a disguise, sure to bring smiles to your students' faces.

• Two Differentiated Versions for Each Picture:

  • 1st Quadrant Only: Great for beginners who are just starting with graphing.
  • All Four Quadrants: A more advanced version for students who are comfortable working with both positive and negative coordinates.

• No Decimals: Coordinates are simple whole numbers, making it easy for students to graph accurately.

• Answer Keys: Complete answer keys for each activity to save you time and make grading easy.

Why You'll Love It:

• Engaging & Festive: These seasonal graphing activities add a fun, festive twist to coordinate plane practice, keeping students motivated and entertained.
• Skill Reinforcement: Students will improve their ability to plot points, understand the coordinate plane, and follow directions while creating fun, recognizable images.
• Versatile & Easy to Differentiate: With versions for both single-quadrant and full-quadrant graphing, this bundle can be used across different skill levels, making it easy to cater to the needs of all students in your classroom.
• Perfect for Sub Plans or Math Centers: These no-prep activities are ready to print and go, making them ideal for sub plans, math centers, early finishers, or homework assignments.

Whether you're looking to spice up your math lessons for the fall, need a fun activity for Thanksgiving, or want to add engaging, cross-curricular content to your classroom, this Thanksgiving Coordinate Grid Graphing Picture Bundle has you covered!

This 14-page printable resource (Task with complete key) addresses ALL essentials skills about linear equations, their graphs and their equations.

• Finding the equation given 2 points
• Finding the equation given one point and the slope
• Finding the slope
• Finding the x- and y-intercept
• Graphing the equation
• Finding a missing coordinate of a point
• Changing between standard en slope-intercept form
• Reading off slope and y-intercept from the slope-intercept form

This resource works great as ...

• an assessment exercise
• a task
• independent work
• distance learning
• math stations
• math centers
• homework
• constructive group work when introducing the topic.

And here are more resources in the Coordinate Plane series that you cannot forget!

https://www.TeachShare.com/Product/Back-to-school-Fun-Introducing-the-Coordinate-Plane-Real-Life-18-activities-8590523

https://www.TeachShare.com/Product/Back-to-school-fun-with-Math-The-Coordinate-Plane-A-Fun-Real-Life-Application-7090363

https://www.TeachShare.com/Product/Back-to-school-fun-with-Math-The-Coordinate-Plane-A-Fun-Real-Life-Application-7090363

If you enjoyed this resource, please leave a REVIEW at your leisure, for other possible buyers to know how you have experienced it. Thank you so much!

Please follow my store here to get notified of all new resources I create.

I love to improve my resources, so any constructive feedback from you will be extremely welcome. 

Enjoy this resource.

https://www.TeachShare.com/Store/Real-life-Mathematics

Linear Equations, Linear Functions, X-Intercept, Y-Intercept, Slope, Slope-Intercept Form, Standard Form

A creatively designed pack on Straight Line Graphs which includes:

• An introductory activity to check that students have the skills required to access this topic. This includes the substitution of values into a linear equation and then plotting the x and y value coordinates onto a graph.

• An investigation sheet, on which students will discover how the value of m and b in the equation y=mx+b affects the line graph.

• An activity where students will draw linear graphs from equations, and find equations from graphs.

• A cut and match activity where students can visually connect equations with real life scenarios.

• Challenge questions where students find gradients and y-intercepts when equations are not in the form y=mx+b, and the identificaion of parallel lines from equations only.

• A confidence checklist for students to assess whether they have grasped what they have learned in this pack.

• Two posters; ‘What is a Gradient’ and ‘What is a Line Equation’.

UK version also available:

Click here

If you have any comments or suggestions, and to stay updated please follow us or take a look at our Facebook Page

Please click here to visit our website for more information about LittleStreams

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!

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!