Details
Languages
English
Grade
7th, 8th, 9th
Resource Type
Activities, Printables, Worksheets
Product
Digital
Pages
25 Pages
Subject
Algebra, Basic Math
Standard
Common Core Mathematics Standards
Description
This St. Patrick's Day Themed algebra activity comes with 10 pages of solving one and two step equations-based puzzles with two icon or image equations on each. Students will use addition, subtraction, multiplication and division to isolate and solve for variables. To complete the problems students will use their knowledge of number sense, solving equations and operations of numbers to determine which integer is the equivalent to each image. This includes an EDITABLE PowerPoint file so you can change the values of the icon to work for your students.
⭐Skills Required:
Solving One Step Equations (4 pages)
Solving Two Step Equations (4 pages)
Solving Equations With Variable on Both Sides (2 pages)
❤️Resource is Great for:
Algebra
Linear Equations Unit
St. Patrick's Day themed
⭐Includes:
30 puzzles
Some puzzles use only whole numbers while others incorporate integers
Differentiation ideas (create your own problems)
Answer key
4 One Step Equations
6 Two Step or more
Terms of Use
Create Your Own Puzzles with an EDITABLE POWERPOINT. ALL numbers can be edited.
⭐Skills Required:
Solving One Step Equations (4 pages)
Solving Two Step Equations (4 pages)
Solving Equations With Variable on Both Sides (2 pages)
❤️Resource is Great for:
Algebra
Linear Equations Unit
St. Patrick's Day themed
⭐Includes:
30 puzzles
Some puzzles use only whole numbers while others incorporate integers
Differentiation ideas (create your own problems)
Answer key
4 One Step Equations
6 Two Step or more
Terms of Use
Create Your Own Puzzles with an EDITABLE POWERPOINT. ALL numbers can be edited.
This St. Patrick's Day Themed algebra activity comes with 10 pages of solving one and two step equations-based puzzles with two icon or image equations on each. Students will use addition, subtraction, multiplication and division to isolate and solve for... more
5.0 (1) | @grasshopper-mathematics 
