Checkpoint: Similarity transformations
Free printable Geometry math worksheet for "Checkpoint: Similarity transformations" — practice similar figures. No-prep, print or assign online.
This worksheet provides a challenging checkpoint for high school students on similarity transformations within geometry. Teachers can use it to assess understanding of how translations, rotations, reflections, and dilations create similar figures. It includes problems that require applying scale factors and reasoning about angle measures to reinforce concepts of similarity and transformation.
Learning objectives
- Identify and describe similarity transformations including translations, rotations, reflections, and dilations
- Apply similarity transformations to determine if two figures are similar
- Analyze and solve problems involving scale factors and angle measures in similar figures
How to use this worksheet
- Click “Download Worksheet” to get the PDF — free with a KiwiBee account (up to 25 downloads a month).
- Print at home or in class for High School; it's no-prep, with no extra materials needed.
- Hand it out as classwork, homework, or a quick warm-up.
Frequently asked questions
Is the “Checkpoint: Similarity transformations” worksheet free?
Yes. “Checkpoint: Similarity transformations” is a free printable Math worksheet. Sign in with a free KiwiBee account to download the PDF — it includes up to 25 downloads a month.
What grade or age is this Math worksheet for?
It's designed for High School (ages 14–18), covering Similar figures.
Do I need to prep anything?
No. It's a no-prep, print-and-go worksheet — just download and hand it out.
Make it your own in the Worksheet Studio
Combine this with other worksheets, duplicate it, or generate a fresh version for any grade and language — free, no sign-up.
Open the Worksheet StudioMore for High School
You might also like
Checkpoint: Triangle similarity and congruence
Checkpoint: Similarity transformations
Similar triangles and similarity transformations
Similarity statements
Checkpoint: Prove circles are similar
