Sentences with TETRACT
Check out our example sentences below to help you understand the context.Sentences
1
"The tetract figure is a geometric shape with four sides."
2
"She created a tetract pattern with different colored squares."
3
"The painting featured a tetract composition of overlapping shapes."
4
"The artist used a tetract design for the cover of the book."
5
"In mathematics, a tetract matrix is a square matrix with four rows and four columns."
6
"The tetract equation was used to solve a problem in physics."
7
"The tetract sequence follows a specific pattern of numbers."
8
"The tetract symmetry of the building's architecture was impressive."
9
"The tetract formula is used to calculate the area of a specific shape."
10
"The tetract angle in the triangle measured exactly 90 degrees."
1
"The tetract is a mathematical term referring to a group of four lines in a geometrical figure."
2
"The tetract of a square consists of its four sides."
3
"In Euclidean geometry, a tetract can describe a rectangle."
4
"The tetract of a triangle comprises its three sides."
5
"A tetract can also represent a trapezoid."
6
"The tetract of a parallelogram includes its four sides."
7
"A rhombus can be represented by a tetract."
8
"One interesting property of a tetract is that the sum of its angles is always 360 degrees."
9
"The tetract of a regular pentagon consists of its five sides."
10
"A hexagon has a tetract that involves all six of its sides."
11
"For an irregular polygon, the tetract may not be well-defined."
12
"In topology, a tetract can refer to the union of four line segments."
13
"The tetract of a closed curve can represent its boundary."
14
"The concept of a tetract is useful in understanding the spatial relationships between lines and shapes."
15
"The tetract is a fundamental concept in the study of plane geometry."
16
"A rectangle is a special case of a tetract where all angles are right angles."
17
"The tetract of a quadrilateral can be non-convex in some cases."
18
"The tetract can be an essential tool for analyzing symmetrical figures."