Folding Symmetry Inspector

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About this activity

Explore symmetry by folding shapes.

Created by

Hidden Author

Lebanon

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Folding Symmetry InspectorOnline version Explore symmetry by folding shapes. by Hidden Author 1 Every irregular shape must have a line of symmetry. Yes No 2 A symmetrical shape can be folded along a line so that the two halves match exactly. Yes No 3 A circle can be folded along any diameter to create matching halves. Yes No 4 If the two sides do not match after folding, that fold is not a line of symmetry. Yes No 5 A square can also be folded along either diagonal to make matching halves. Yes No 6 If the two sides do not match after folding, that fold is not a line of symmetry. Yes No 7 A rectangle has a horizontal line of symmetry. Yes No 8 A non-square rectangle has diagonal lines of symmetry. Yes No 9 A standard symmetrical heart shape has a vertical line of symmetry. Yes No 10 A rectangle has a vertical line of symmetry. Yes No 11 An equilateral triangle can be folded along three different symmetry lines. Yes No 12 A circle has only two lines of symmetry. Yes No 13 A square can be folded vertically into two matching halves. Yes No 14 The fold line of a symmetrical shape can be called a line of symmetry. Yes No

Folding Symmetry InspectorOnline version

Explore symmetry by folding shapes.

by Hidden Author

Every irregular shape must have a line of symmetry.

Yes

A symmetrical shape can be folded along a line so that the two halves match exactly.

Yes

A circle can be folded along any diameter to create matching halves.

Yes

If the two sides do not match after folding, that fold is not a line of symmetry.

Yes

A square can also be folded along either diagonal to make matching halves.

Yes

If the two sides do not match after folding, that fold is not a line of symmetry.

Yes

A rectangle has a horizontal line of symmetry.

Yes

A non-square rectangle has diagonal lines of symmetry.

Yes

A standard symmetrical heart shape has a vertical line of symmetry.

Yes

A rectangle has a vertical line of symmetry.

Yes

An equilateral triangle can be folded along three different symmetry lines.

Yes

A circle has only two lines of symmetry.

Yes

A square can be folded vertically into two matching halves.

Yes

The fold line of a symmetrical shape can be called a line of symmetry.

Yes

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

Folding Symmetry Inspector

Yes or No

About this activity

Created by

Download the paper version to play

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Yes or No

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Yes or No

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Folding Symmetry InspectorOnline version

by Hidden Author

Every irregular shape must have a line of symmetry.

A symmetrical shape can be folded along a line so that the two halves match exactly.

A circle can be folded along any diameter to create matching halves.

If the two sides do not match after folding, that fold is not a line of symmetry.

A square can also be folded along either diagonal to make matching halves.

If the two sides do not match after folding, that fold is not a line of symmetry.

A rectangle has a horizontal line of symmetry.

A non-square rectangle has diagonal lines of symmetry.

A standard symmetrical heart shape has a vertical line of symmetry.

A rectangle has a vertical line of symmetry.

An equilateral triangle can be folded along three different symmetry lines.

A circle has only two lines of symmetry.

A square can be folded vertically into two matching halves.

The fold line of a symmetrical shape can be called a line of symmetry.

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