Description
Help your students practice classifying polynomials. Students will write given polynomial in descending order. Then, students will identify the type and degree of the polynomial. Students will also identify the leading coefficient and the constant. Includes 15 polynomials in total. Perfect for practice, re-teaching, or small group instruction. No prep!
When assigned as “make a copy for each student” in Google Classroom, students can type directly into activity. Students can click and delete the box with the slide number to check their answer. Students LOVE receiving immediate feedback on their work!
Slides are formatted that they can also be printed & laminated to be hung around the room or used for station rotation with dry erase markers.
This product includes:
- Digital Activity (Google Slides)**
- PDF Print Version
- Answer Key
This activity aligns well with:
CCSS:
- A-APR.1: Understand that polynomials form a system analogous to the integers, namely, they are closed under the operations of addition, subtraction, and multiplication; add, subtract, and multiply polynomials.
NGLS:
- AI-A.APR.1: Add, subtract, and multiply polynomials and recognize that the result of the operation is also a polynomial. This forms a system analogous to the integers.
Customer Service:
We love integrating technology in the classroom, but it's not always perfect! If you have any questions or issues accessing purchased materials, please feel free to reach out for assistance. We are happy to assist you in any way that we can!
→ Be sure to follow our store for updates on new products >> CLICK HERE
If you like this activity, check out the following activities:
Linear Equations
- Writing Linear Equations from a Graph
- Graphing Real-World Linear Equations
- Which Function Doesn’t Belong?
- Finding Slope from a Table of Values Digital Riddle Activity
- Finding Slope from a Graph Self-Checking Digital Activity
- Modeling Linear Functions from Real-World Graph Digital Activity
- Modeling Linear Functions from Real-World Table Digital Activity
- Modeling Linear Functions from Real-World Tables & Graphs Digital Activity
- Modeling Linear Functions in Slope-Intercept Form Self-Checking Digital Activity
- Modeling Linear Functions from a Table Self-Checking Digital Activity
- Modeling Linear Functions from Two-Points Self-Checking Digital Activity
- Writing Linear Equations from Real-World Situations Self-Checking Digital Activity
Solving Equations
- Solving Multi-Step Equations Digital Task Cards
- Generating Equivalent Expressions Digital Self-Check
- Solving Multi-Step Linear Equations Riddle Digital Activity
System of Equations
- Solving a System of Equations using Graphing Digital Activity
- System of Equations using Elimination Digital Scavenger Hunt Activity
- Solving System of Equations Digital Riddle Activity
- System of Equations using Substitution Digital Activity
Solving Inequalities
- Solving Multi-Step Linear Inequalities Riddle Digital Activity
- Compound Inequalities Digital Activity
- Solving Two-Step Inequalities Peer Review Activity
Functions
Highlights
Description
Help your students practice classifying polynomials. Students will write given polynomial in descending order. Then, students will identify the type and degree of the polynomial. Students will also identify the leading coefficient and the constant. Includes 15 polynomials in total. Perfect for practice, re-teaching, or small group instruction. No prep!
When assigned as “make a copy for each student” in Google Classroom, students can type directly into activity. Students can click and delete the box with the slide number to check their answer. Students LOVE receiving immediate feedback on their work!
Slides are formatted that they can also be printed & laminated to be hung around the room or used for station rotation with dry erase markers.
This product includes:
- Digital Activity (Google Slides)**
- PDF Print Version
- Answer Key
This activity aligns well with:
CCSS:
- A-APR.1: Understand that polynomials form a system analogous to the integers, namely, they are closed under the operations of addition, subtraction, and multiplication; add, subtract, and multiply polynomials.
NGLS:
- AI-A.APR.1: Add, subtract, and multiply polynomials and recognize that the result of the operation is also a polynomial. This forms a system analogous to the integers.
Customer Service:
We love integrating technology in the classroom, but it's not always perfect! If you have any questions or issues accessing purchased materials, please feel free to reach out for assistance. We are happy to assist you in any way that we can!
→ Be sure to follow our store for updates on new products >> CLICK HERE
If you like this activity, check out the following activities:
Linear Equations
- Writing Linear Equations from a Graph
- Graphing Real-World Linear Equations
- Which Function Doesn’t Belong?
- Finding Slope from a Table of Values Digital Riddle Activity
- Finding Slope from a Graph Self-Checking Digital Activity
- Modeling Linear Functions from Real-World Graph Digital Activity
- Modeling Linear Functions from Real-World Table Digital Activity
- Modeling Linear Functions from Real-World Tables & Graphs Digital Activity
- Modeling Linear Functions in Slope-Intercept Form Self-Checking Digital Activity
- Modeling Linear Functions from a Table Self-Checking Digital Activity
- Modeling Linear Functions from Two-Points Self-Checking Digital Activity
- Writing Linear Equations from Real-World Situations Self-Checking Digital Activity
Solving Equations
- Solving Multi-Step Equations Digital Task Cards
- Generating Equivalent Expressions Digital Self-Check
- Solving Multi-Step Linear Equations Riddle Digital Activity
System of Equations
- Solving a System of Equations using Graphing Digital Activity
- System of Equations using Elimination Digital Scavenger Hunt Activity
- Solving System of Equations Digital Riddle Activity
- System of Equations using Substitution Digital Activity
Solving Inequalities
- Solving Multi-Step Linear Inequalities Riddle Digital Activity
- Compound Inequalities Digital Activity
- Solving Two-Step Inequalities Peer Review Activity
Functions
