Math Cubed

Students will work to master their understanding of transformations by focusing on dilations in this auto-graded assignment designed for Google Forms. These dilations are all centered at the origin. There are 12 total problems. For some problems students will be given a pre-image as well as a rule by which to dilate their pre-image. Other problems will require the student to work backwards to find the scale factor for a completed dilation. For each dilation, a link to a GeoGebra applet is suppl

Students will work to master their understanding of transformations by focusing on rotations in this auto-graded assignment designed for Google Forms. These rotations include 90, 180, 270 counterclockwise as well as 90 clockwise all about the origin. There are 12 total problems. For some problems, students will be given a pre-image as well as a rule by which to rotate their pre-image. Other problems will require the student to work backwards name the degree of rotation that would map a pre-im

Students will work to master their understanding of transformations by focusing on reflections in this auto-graded assignment designed for Google Forms. These reflections include both x and y axis as well as vertical and horizontal lines. There are 12 total problems. For some problems students will be given a pre-image as well as a rule by which to reflect their pre-image. Other problems will require the student to work backwards to find the line of reflection for a completed reflection. For ea

Students will work to master their understanding of transformations by focusing on Coordinate Rules in this auto-graded assignment designed for Google Forms. There are 12 total problems. For each problem students will be given a pre-image as well as a rule by which to transform their pre-image. Also for each problem, a link to a GeoGebra applet is supplied so that students can work 100% paper free to complete the assignment. Once students have graphed the image according to the coordinate rule

Students will work to master their understanding of transformations by focusing on translations in this auto-graded assignment designed for Google Forms. These translations include rules given in coordinate and vector notation. There are 12 total problems. For some problems students will be given a pre-image as well as a rule by which to translate their pre-image. Other problems will require the student to work backwards to write a rule for a completed Translation. For each Translation, a link