Equilateral triangle.
<h3>Further explanation</h3>
We at present know an equilateral triangle occupies three sides and angles that are congruent with three interior angles of each 60°.
Next, we discuss the order of rotational symmetry on an equilateral triangle.
- A figure possesses rotational symmetry if it can be rotated at an angle between 0° and 360° around a center point so that the figure coincides with the initial position again. It means the shape does not appear to change.
- The center of rotation is the point at which we rotate the figure, or, the center of the shape.
- The rotation angle is the angle we need to rotate, or in other words, the smallest angle at which shape can be rotated to coincide with itself.
- The order of rotational symmetry represents the number of times a shape fits on top of itself in one rotation.
See the attached picture.
- An equilateral triangle possesses rotational symmetry of order 3.
- The rotation angle of 120° is calculated from
- It can be rotated through 120° as much as 3 times still be the same original shape.
When we rotate this shape, we discover three different positions, each of which looks the same.
<h3>
Learn more</h3>
- The order of rotational symmetry of rhombus brainly.com/question/4228574
- A triangle is rotated 90° about the origin brainly.com/question/2992432
- Determine the coordinates of the image of a point after the triangle is rotated 270° about the origin brainly.com/question/7437053
Keywords: the equilateral triangle, rotational symmetry, order 3, three sides and angles, congruent, interior angles, the center of rotation, shape