Tessellations Quiz

Identify the regular tessellation among the following options: a) Triangle b) Square c) Pentagon

• Pentagon

• Triangle

• Hexagon

• Square

Tags

CCSS.5.G.B.4

Which of the following shapes can be used to create a regular tessellation? a) Circle b) Hexagon c) Octagon

• c) Pentagon

• b) Square

• b) Hexagon

• a) Triangle

Tags

CCSS.5.G.B.4

What is the defining characteristic of a regular tessellation?

• No specific pattern at each vertex

• Different irregular polygons meeting at each vertex

• Only one type of polygon used in the tessellation

• Identical regular polygons meeting at each vertex

How many sides does a regular hexagon have?

• 6

• 10

• 8

• 4

Tags

CCSS.2.G.A.1

Create a tessellation using only squares and triangles.

• Use only circles to create the tessellation

• Arrange circles and hexagons in a random pattern

• Arrange squares and triangles in a repeating pattern without any gaps or overlaps.

• Overlap the squares and triangles in the pattern

Identify the irregular tessellation among the following options: a) Hexagon b) Octagon c) Heptagon

• a) Hexagon

• a) Hexagon

• c) Heptagon

• b) Octagon

Tags

CCSS.5.G.B.4

CCSS.5.G.B.3

What is the main difference between regular and irregular tessellations?

• Regular tessellations have all sides and angles equal, while irregular tessellations have different side lengths and angles.

• Regular tessellations have curved sides, while irregular tessellations have straight sides.

• Regular tessellations have fewer sides than irregular tessellations.

• Regular tessellations have more angles than irregular tessellations.

Tags

CCSS.5.G.B.4

CCSS.5.G.B.3

Can a shape with 5 sides create a regular tessellation? Why or why not?

• No, because a shape with 5 sides cannot fit together without gaps or overlaps

• Yes, because any shape can create a regular tessellation

• No

• Yes, because a shape with 5 sides can perfectly fill a plane without any gaps

Create an irregular tessellation using a combination of different shapes.

• Use only squares

• Combine different shapes

• Use only one shape repeatedly

• Use only circles

How can you determine if a shape can create a tessellation or not?

• By checking if the shape can fit together with no gaps or overlaps to cover a surface completely.

• By measuring the area of the shape

• By counting the number of sides of the shape

• By checking if the shape has a curved edge