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A triangle has rotation symmetry that can take any of its vertices to any of its other vertices. Select ALL conclusions that we can reach this.

A. All sides of the triangle have the same length


B. All angles of the triangle has the same measure

C. All rotations take one half of the triangle to the other half of the triangle

D, it is a right triangle

E. None of the sides of the triangle have the same length

F. None of the angles of the triangle have the same measure

Respuesta :

Answer:

c e f

Step-by-step explanation:

C. All rotations take one half of the triangle to the other half of the triangle

E. None of the sides of the triangle have the same length

F. None of the angles of the triangle have the same measure

MrRoyal

If a shape has a rotation symmetry, then the shape will look exactly the same after rotation. The conclusions to reach for a triangle that has a rotation symmetry are:

A. All sides of the triangle have the same length

B. All angles of the triangle has the same measure

Of all kinds of triangle, only an equilateral triangle has a rotational symmetry.

This means that:

  • All sides of the triangle must be the same
  • All angles of the triangle must be the same
  • The complete length of each side are rotated (not half).

The above points imply that: options (a) and (b) are true

See attachment for an illustration of rotation symmetry of a triangle.

Read more about rotation symmetry at:

https://brainly.com/question/1597409

Ver imagen MrRoyal

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