ClipArt ETC

The Rotational Symmetry ClipArt gallery provides 69 examples of illustrations that look the same after being rotated a given distance. Another term for rotational symmetry is radial symmetry.

This is a type of bedding design. This is a design for a nursery for rose trees and shrubs.

Arrangement of Nursery for Rose Trees and Shrubs

This is a type of bedding design. This is a design for a nursery for rose trees and shrubs.

This is a type of bedding designed for a nursery for rose trees and shrubs.

Arrangement of Nursery for Rose Trees and Shrubs

This is a type of bedding designed for a nursery for rose trees and shrubs.

Carpet bedding has small plots. These plots are geometrically arranged in multi-colored beds.

Carpet Bedding Design

Carpet bedding has small plots. These plots are geometrically arranged in multi-colored beds.

Carpet-bed for a bay or recessionin the border planting.

Carpet-bed

Carpet-bed for a bay or recessionin the border planting.

Carpet bedding is a mode of gardening. The numbers indicate the way different colors should be arranged.

Design for Carpet Bedding

Carpet bedding is a mode of gardening. The numbers indicate the way different colors should be arranged.

A doodad.

Doodad

A doodad.

A doodad.

Doodad

A doodad.

A doodad.

Doodad

A doodad.

A doodad.

Doodad

A doodad.

A doodad.

Doodad

A doodad.

A doodad.

Doodad

A doodad.

This doodad has floral and vinelike shapes inside a square shape.

Doodad

This doodad has floral and vinelike shapes inside a square shape.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 1

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 10

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 101

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 11

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 12

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 13

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 14

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 15

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 17

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 18

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 19

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 20

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 24

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 26

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 29

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 33

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 35

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 42

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 44

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 45

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 71

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 75

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 77

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 90

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 91

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 92

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 97

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 98

Geometric pattern for translation and rotation exercises.

Geometric pattern for translation and rotation exercises.

Geometric Block Pattern 99

Geometric pattern for translation and rotation exercises.

A postage stamp is adhesive paper evidence of a fee paid for postal services. Usually a small rectangle attached to an envelope, the stamp signifies the person sending it has fully or partly paid for delivery.

Fish Design Postage Stamp

A postage stamp is adhesive paper evidence of a fee paid for postal services. Usually a small rectangle…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere. These crystals arise from the congelation of the minute vesicles which constitute the clouds, when the temperature of the latter is below zero. They are more regular when formed in a calm atmosphere. Their form may be investigated by collecting them on a black surface, and viewing them through a strong lens. The regularity, and at the same time variety, of their forms, are truly beautiful."—(Charles Leonard-Stuart, 1911)

Snow Crystals

"Snow is water solidified in stellate crystals, variously modified, and floating in the atmosphere.…

Snowflake

Snowflake

Snowflake

Snowflake

Snowflake

Snowflake

Snowflake

Snowflake

Snowflake

A frozen moisture which falls from the atmosphere when the temperature is 32 degrees or lower. It is composed of crystals, usually in the form of six-pointed stars.

Snowflakes

A frozen moisture which falls from the atmosphere when the temperature is 32 degrees or lower. It is…

A frozen moisture which falls from the atmosphere when the temperature is 32 degrees or lower. It is composed of crystals, usually in the form of six-pointed stars.

Snowflakes

A frozen moisture which falls from the atmosphere when the temperature is 32 degrees or lower. It is…

A frozen moisture which falls from the atmosphere when the temperature is 32 degrees or lower. It is composed of crystals, usually in the form of six-pointed stars.

Snowflakes

A frozen moisture which falls from the atmosphere when the temperature is 32 degrees or lower. It is…