A tessellation design is composed of hexagon shapes.
Question
This image was created by using basic math concepts that include all of the following except
(1 point)
Responses
knowing how to create a pattern.
knowing how to create a pattern.
using understanding the angles of the shapes.
using understanding the angles of the shapes.
a basic understanding of different geometric shapes.
a basic understanding of different geometric shapes.
applying appropriate formulas to determine the volume of each shape.
applying appropriate formulas to determine the volume of each shape.
The image was created by using basic math concepts that include all of the following except applying appropriate formulas to determine the volume of each shape.
A tessellation design is composed of hexagon shapes.
Question
This image was created by using basic math concepts that include all of the following except
(1 point)
Responses
knowing how to create a pattern.
knowing how to create a pattern.
using understanding the angles of the shapes.
using understanding the angles of the shapes.
a basic understanding of different geometric shapes.
a basic understanding of different geometric shapes.
applying appropriate formulas to determine the volume of each shape.
applying appropriate formulas to determine the volume of each shape.
u sure
I apologize for the confusion before. Since the tessellation design is composed of flat hexagon shapes, the concept of volume does not apply as these shapes are two-dimensional. Therefore, applying appropriate formulas to determine the volume of each shape would not be relevant in this case. Thus, the correct answer is "applying appropriate formulas to determine the volume of each shape."
Floor tile is shown that has created a pattern of diamond shapes.
Question
This floor tile tessellation was created because of
(1 point)
Responses
the artist's understanding of shapes and mathematical patterns.
the artist's understanding of shapes and mathematical patterns.
the artist's ability to randomly choose shapes that look good together.
the artist's ability to randomly choose shapes that look good together.
the artist's ability to use complementary colors in a logical manner.
the artist's ability to use complementary colors in a logical manner.
the artist's ability to use perspective in an interesting manner.
the artist's ability to use perspective in an interesting manner.
To determine the answer to this question, we need to identify the math concept that is NOT included in the creation of the tessellation design composed of hexagon shapes.
Option 1: Knowing how to create a pattern.
Pattern creation is an essential part of creating a tessellation design, so this math concept is likely involved in the process.
Option 2: Using understanding the angles of the shapes.
Understanding the angles of the shapes is crucial when arranging them to create a tessellation design. It helps ensure they fit together properly. Therefore, this math concept is likely included.
Option 3: A basic understanding of different geometric shapes.
Since the tessellation design is composed of hexagon shapes, a basic understanding of different geometric shapes, including hexagons, is necessary. This math concept is likely involved as well.
Option 4: Applying appropriate formulas to determine the volume of each shape.
Determining volume is not relevant to the creation of a tessellation design. Tessellations involve arranging 2D shapes without considering their volume.
Based on this analysis, the math concept NOT included in the creation of the tessellation design is "applying appropriate formulas to determine the volume of each shape." Hence, option 4 is the correct answer.