I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT...

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Multilink Cube 3D Curriculum Goals Setting Summary Spatial Reasoning Focus: Composition and decomposition of 3D shapes Visual-spatial working memory Visual chunking strategies Spatial language This is a teacher led activity, which can be conducted with a whole class or small groups. Primary 1. Present the first image (figure 1) for five seconds. 2. Invite students to recreate the structure from memory. Depending on the complexity of the shape, and the needs of the students, the image can be shown again to allow students to notice additional features while they build. 3. After sufficient time for building, show the original image again, and have students compare it with their own. 4. Facilitate discussion and sharing about student’s strategies for how they approached the task. 5. Repeat with each image. (From the Ontario Ministry of Education Curriculum Document) Geometry and Spatial Sense Materials Computer and projector Multilink Cube 3D Quick Image PPT (see attachment) Bag of multilink cubes for each student: 5 blue, 5 red, and 5 green In this quick image activity, students will be presented with two-dimensional images of three-dimensional shapes comprised of multilink cubes. Students will be asked to visualize the objects and then recreate them from memory. Instructions By Jane Tom Adapted from Moss, Bruce, Caswell, Flynn & Hawes (2016) Lesson outline by Jisoo Seo Figure 1 Questions to Extend Student Thinking Did you find it easy, medium or difficult to remember the shape? What made the challenge easy/medium/difficult to remember? Does the shape resemble anything? How many multilink cubes in all were needed for this shape? Can you suggest a way to make it easier to count? Moss, J., Bruce, C. D., Caswell, B., Flynn, T., & Hawes, Z. (2016). Taking Shape: Activities to Develop Geometric and Spatial Thinking. Toronto: Pearson Canada. References Quick Image Challenge

Transcript of I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT...

Page 1: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5

Multilink Cube 3D

Curriculum Goals

Setting

Summary

Spatial Reasoning Focus:• Composition and decomposition of 3D shapes• Visual-spatial working memory• Visual chunking strategies• Spatial language

This is a teacher led activity, which can be conducted with a whole class or small groups.

Primary

1. Present the first image (figure 1) for five seconds.2. Invite students to recreate the structure from memory. Depending on the complexity of the shape, and the needs

of the students, the image can be shown again to allow students to notice additional features while they build.3. After sufficient time for building, show the original image again, and have students compare it with their own.4. Facilitate discussion and sharing about student’s strategies for how they approached the task.5. Repeat with each image.

(From the Ontario Ministry of Education Curriculum Document)

Geometry and Spatial Sense

Materials• Computer and projector• Multilink Cube 3D Quick Image PPT (see attachment)• Bag of multilink cubes for each student: 5 blue, 5 red, and 5 green

In this quick image activity, students will be presented with two-dimensional images of three-dimensional shapes comprised of multilink cubes. Students will be asked to visualize the objects and then recreate them from memory.

Instructions

By Jane TomAdapted from Moss, Bruce, Caswell, Flynn & Hawes (2016)Lesson outline by Jisoo Seo

Figure 1

Questions to Extend Student Thinking• Did you find it easy, medium or difficult to remember the shape?• What made the challenge easy/medium/difficult to remember?• Does the shape resemble anything?• How many multilink cubes in all were needed for this shape?• Can you suggest a way to make it easier to count?

Moss, J., Bruce, C. D., Caswell, B., Flynn, T., & Hawes, Z. (2016). Taking Shape: Activities to Develop Geometric and Spatial Thinking. Toronto: Pearson Canada.

References

QuickImage

Challenge

Page 2: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 3: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 4: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 5: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 6: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 7: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 8: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 9: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 10: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5
Page 11: I Multilink Cube 3D By Jane Tom C - University of Toronto...• Multilink Cube 3D Quick Image PPT (see attachment) • Bag of multilink cubes for each student: 5 blue, 5 red, and 5