Rotation Teacher Resources

In this geometry skills practice worksheet, students respond to 4 questions that require them to identify rotational symmetry.

In this geometry skills practice worksheet, students respond to 3 questions that require them to identify rotational symmetry

In this geometry skills practice learning exercise, students respond to 4 questions that require them to identify images that have rotational symmetry.

In this geometry skills practice worksheet, students examine 4 images and determine whether or not they have rotational symmetry.

In the 16th lesson in the series of 32 the class uses the concept of complex multiplication to build a transformation in order to reflect across a given line in the complex plane. The lesson breaks the process of reflecting across a line...

In this rotational symmetry worksheet, 5th graders determine if the two figures have rotational symmetry. This worksheet explains and provides examples of rotational symmetry.

In this rotational symmetry worksheet, learners solve 6 problems, using a set of given figures. All problems relate to rotational symmetry of the figures.

In this rotations worksheet, students draw and label rotated images for triangles and label centers. An answer key and website reference are given.

In this rotations instructional activity, students draw and label a rotated image for each triangle and label its center. Students complete 6 problems.

Tenth graders have been introduced to the concepts of translation, reflection, and rotation, and have practiced translating, reflecting, and rotating two-dimensional objects on the coordinate plane.

Young scholars investigate the rigid motions of reflection, rotation, translation, and dilation. This investigation be accomplished through classroom instruction and exploration using Geometer's Sketchpad.

Students are introduced to the concepts of translation, reflection, and rotation. They practice translating, reflecting, and rotating two-dimensional objects on the coordinate plane. students use computers to learn about the three concepts.

Students explore the Earth and its rotation. Volunteers model the sun-Earth system to demonstrate that the Earth rotates around the sun. In groups, students simulate "traveling" around the sun and discuss when it is night and day.

Students analyze lines of symmetry and rotational symmetry in designs. They practice dividing a shape along its line(s) of symmetry and discuss the relationship between lines of symmetry and number of sides as well as rotations.

In this graphing learning exercise, 5th graders focus on rotations. Students use rotations of 90 degrees and 180 degrees to create 6 geometric figures that are represented.

In this rotation activity, students follow instructions to "rotate about the origin," 6 problems total. Answers included on page 2.

For this rotations worksheet, students follow directions to "rotate about the origin," 6 problems total. Answers included on page 2.

In this rotations worksheet, students follow directions to "rotate about the origin," 6 problems total. Answers included on page 2.

Learners differentiate between translation, reflection and rotation. They explore the 3 types of transformation using Cabri Jr. and build on previous knowledge in this instructional activity.

In this rotations learning exercise, students complete problems having to do with shapes and their rotations, reflections, symmetry, translations, and more. Students complete 6 problems.

In this space science worksheet, students use the clues to assist them in solving the crossword puzzle on the stars. They identify various constellations and how each rotates.

Use this transformations worksheet to have learners describe given transformations. They identify rotations, reflections, and congruent images. This two-page worksheet contains three multi-step problems.

Students identify symmetry in road signs. In this geometry activity, students explore objects in the real world for symmetry. They perform translation, rotation and reflection.

This resource guides young geometers to create new polygons from others of equal area, compare an image to its reflection and find errors, conduct repeated reflections, map translations, and determine center of rotation. No solutions are...