Description
Is it a function?
Interactive Google Slides Drag-and-Drop Activity
Save prep time while giving students meaningful, standards-aligned practice identifying whether a relation is a function. In this interactive Google Slides drag-and-drop activity, students determine whether relations are functions across multiple representations, helping deepen conceptual understanding, not just memorization.
π― Skills Practiced
Students will determine whether a relation is a function when it is represented as a:
- Discrete graph
- Continuous graph
- Table of ordered pairs
- Mapping diagram
- Set of ordered pairs
β¨ Whatβs Included
You'll receive a fully editable Google Slides file containing:
- β 5 Problem Sets (49 Total Relations): Each problem set contains 8 - 10 items, resulting in a total of 49 relations for students to sort.
- Set 1 β Discrete Graphs: Analyze discrete graphs to determine whether the relation is a function.
- Set 2 β Continuous Graphs: Analyze continuous graphs to determine whether the relation is a function.
- Set 3 β Tables: Analyze tables of ordered pairs to determine whether the relation is a function.
- Set 4 β Mapping Diagrams: Analyze mapping diagrams to determine whether the relation is a function.
- Set 5 β Sets of Ordered Pairs: Analyze sets of ordered pairs to determine whether the relation is a function.
- β Drag-and-Drop Format β In each set, students drag and drop each relation into a two-column T-chart labeled "Function" and "Not a Function".
- β Answer Key (Editable) β Includes a fully editable version, in the form of an answer key, for easy customization.
β‘ Features at a Glance
- π» Interactive Google Slides Format β No prep required and easy to assign digitally.
- π±οΈ Drag-and-Drop Design β Students actively engage by sorting each relation
- βοΈ Fully Editable β Includes a customizable version in the form of a teacher answer key.
- π 5 Distinct Problem Sets β A total of 49 relations to sort, resulting in plenty of practice.
- π Multiple Representations β Includes graphs (discrete and continuous), tables, mapping diagrams, and sets of ordered pairs.
β Perfect For
- In-class practice
- Digital math stations
- Small groups or intervention
- Independent practice
- Review before assessments
No prep. No stress. Just meaningful practice and engaged students.
Functions: Is it a Function? (Graphs/Tables/Mappings/Points) - Google Slides
Highlights
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Description
Is it a function?
Interactive Google Slides Drag-and-Drop Activity
Save prep time while giving students meaningful, standards-aligned practice identifying whether a relation is a function. In this interactive Google Slides drag-and-drop activity, students determine whether relations are functions across multiple representations, helping deepen conceptual understanding, not just memorization.
π― Skills Practiced
Students will determine whether a relation is a function when it is represented as a:
- Discrete graph
- Continuous graph
- Table of ordered pairs
- Mapping diagram
- Set of ordered pairs
β¨ Whatβs Included
You'll receive a fully editable Google Slides file containing:
- β 5 Problem Sets (49 Total Relations): Each problem set contains 8 - 10 items, resulting in a total of 49 relations for students to sort.
- Set 1 β Discrete Graphs: Analyze discrete graphs to determine whether the relation is a function.
- Set 2 β Continuous Graphs: Analyze continuous graphs to determine whether the relation is a function.
- Set 3 β Tables: Analyze tables of ordered pairs to determine whether the relation is a function.
- Set 4 β Mapping Diagrams: Analyze mapping diagrams to determine whether the relation is a function.
- Set 5 β Sets of Ordered Pairs: Analyze sets of ordered pairs to determine whether the relation is a function.
- β Drag-and-Drop Format β In each set, students drag and drop each relation into a two-column T-chart labeled "Function" and "Not a Function".
- β Answer Key (Editable) β Includes a fully editable version, in the form of an answer key, for easy customization.
β‘ Features at a Glance
- π» Interactive Google Slides Format β No prep required and easy to assign digitally.
- π±οΈ Drag-and-Drop Design β Students actively engage by sorting each relation
- βοΈ Fully Editable β Includes a customizable version in the form of a teacher answer key.
- π 5 Distinct Problem Sets β A total of 49 relations to sort, resulting in plenty of practice.
- π Multiple Representations β Includes graphs (discrete and continuous), tables, mapping diagrams, and sets of ordered pairs.
β Perfect For
- In-class practice
- Digital math stations
- Small groups or intervention
- Independent practice
- Review before assessments
No prep. No stress. Just meaningful practice and engaged students.
