Translating Figures on the Coordinate Plane
This worksheet helps students build a strong understanding of translations on the coordinate plane. Learners practice applying translation rules to move figures left, right, up, or down, and calculate the new coordinates of each vertex. By working through multiple problems, students see how translations shift a shape without changing its size, orientation, or overall form.
The worksheet also supports randomization. When enabled, every student receives a different starting position for each figure and a unique translation rule, providing individualized practice and preventing copying. This makes the activity ideal for classwork, homework, stations, or assessments in grades 6–8.
Students will:
- Apply translation rules to move shapes on the coordinate plane
- Determine the new coordinates for each translated figure
- Understand that translations preserve the shape’s size and orientation
- Strengthen graphing and coordinate geometry skills
Perfect for introducing or reinforcing transformation concepts, this worksheet offers clear structure, visual practice, and flexible differentiation through randomization.
Learning Objective
Students will apply translation rules to move figures on the coordinate plane, determine new coordinates for each vertex, and understand that translations shift a shape without changing its size, orientation, or overall form.
Randomization Available
This worksheet supports randomization. If enabled, every student will receive:
- A different starting location for each figure
- A unique translation rule for every problem
This prevents copying and gives each student individualized practice with coordinate translations.
💡 Tip: When assigning this activity to your classroom, you can optionally enable randomization to give each student a unique version of the problems. When you re-assign the same worksheet, each student will get a new set of questions, helping them master the content through repeated practice.
