Folding Symmetry Inspector

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Explore symmetry by folding shapes.

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Hidden Author

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Folding Symmetry InspectorVersión en línea Explore symmetry by folding shapes. por 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 InspectorVersión en línea

Explore symmetry by folding shapes.

por 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

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Folding Symmetry Inspector

Sí o No

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Sí o No

¿Es verdad?

Sí o No

Grammys a mejor canción/grabación

Sí o No

OPEN UP 5 UNIT 3: THERE IS/ARE, THERE WAS, THERE WERE

Sí o No

Preguntas sobre futbol para niños

Sí o No

¿Está creado con Inteligencia Artificial?

Folding Symmetry InspectorVersión en línea

por 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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