Description
This scaffolded activity can be used as a typed-response and drag-and-drop digital activity designed for Google Slides™ and Google Classroom™ or printed to use as a scaffolded worksheet activity.
Students will graph the image of a figure given its pre-image and a description of a sequence of transformations expressed as a verbal description.
Students will use the verbal description to write a transformation rule in coordinate notation for each step in the composite transformation, then use the rule to determine the new vertices of the figure.
Problems focus on composite transformations, whose sequences include transformations such as:
- Horizontal and vertical translations
- Reflections across the x-axis, the y-axis, and y = x
- Rotations 90°, 180°, and 270° about the origin
- Dilations centered at the origin
- Horizontal and vertical stretch and compression
The use of a device with a mouse or trackpad is recommended if using the digital version. Positioning points may be challenging on small touch-screen devices.
INCLUDES:
10 activity slides with 1 graph each
A printable version in PDF form is also included.
The activity is in Google Slides format. (The printable version is in PDF format.)
You need a free Google account to access this resource, add this activity to your Google Drive™, or assign this activity using Google Classroom.
Primary Standards Addressed
G.3A, G.3B from Texas Essential Knowledge and Skills for Geometry (TEKS)
HSG-CO.A.2, HSG-CO.A.5 from the Common Core State Standards
⭐️ Bundle & save for a discount ⭐️
Looking for more time-saving Geometry activities?
The Geometry Activities Bundle contains 55 activities!
- Digital and print version for every activity
- Ready-to-assign in Google Slides (or save as a PowerPoint .pptx file)
- Ready-to-print scaffolded worksheets
Having difficulty with a file?
Visit the FAQs section, submit a help ticket, or email allison@mathbeach.com before leaving feedback.
Copyright © Math Beach Solutions LLC.
Permission to copy for single classroom use only.
Please purchase additional licenses if you intend to share this product.
Composite Transformations Graphing Activity - Print and Digital
Highlights
Save even more with bundles
Description
This scaffolded activity can be used as a typed-response and drag-and-drop digital activity designed for Google Slides™ and Google Classroom™ or printed to use as a scaffolded worksheet activity.
Students will graph the image of a figure given its pre-image and a description of a sequence of transformations expressed as a verbal description.
Students will use the verbal description to write a transformation rule in coordinate notation for each step in the composite transformation, then use the rule to determine the new vertices of the figure.
Problems focus on composite transformations, whose sequences include transformations such as:
- Horizontal and vertical translations
- Reflections across the x-axis, the y-axis, and y = x
- Rotations 90°, 180°, and 270° about the origin
- Dilations centered at the origin
- Horizontal and vertical stretch and compression
The use of a device with a mouse or trackpad is recommended if using the digital version. Positioning points may be challenging on small touch-screen devices.
INCLUDES:
10 activity slides with 1 graph each
A printable version in PDF form is also included.
The activity is in Google Slides format. (The printable version is in PDF format.)
You need a free Google account to access this resource, add this activity to your Google Drive™, or assign this activity using Google Classroom.
Primary Standards Addressed
G.3A, G.3B from Texas Essential Knowledge and Skills for Geometry (TEKS)
HSG-CO.A.2, HSG-CO.A.5 from the Common Core State Standards
⭐️ Bundle & save for a discount ⭐️
Looking for more time-saving Geometry activities?
The Geometry Activities Bundle contains 55 activities!
- Digital and print version for every activity
- Ready-to-assign in Google Slides (or save as a PowerPoint .pptx file)
- Ready-to-print scaffolded worksheets
Having difficulty with a file?
Visit the FAQs section, submit a help ticket, or email allison@mathbeach.com before leaving feedback.
Copyright © Math Beach Solutions LLC.
Permission to copy for single classroom use only.
Please purchase additional licenses if you intend to share this product.
