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Does a hexagon have rotation or reflection symmetry?
reflection
How many rotational symmetries does isosceles trapezoid have?
An isosceles trapezoid has one rotational symmetry, which is a 180-degree rotation. This means that if you rotate the trapezoid by 180 degrees around its center, it will look the same as it did before the rotation. In addition to this, it has line symmetries, but regarding rotational symmetry specifically, there is only one.
Where is center of rotation of rectangle?
centre it and that is the answer
Does an equilateral triangle have rotation or reflection symmetry?
reflective (aka reflection)
Is a reflection always a rotation?
yes
How many reflection and rotational symmetries does an octagon have?
9 reflection
List the rotation symmetries in a regular hexagon?
60,120,180,240,300
A picture of a triangle with rotation symmetries?
no rotational symmetry
How many reflection symmetries does a right regular hexagonal prism have?
A
How many lines of reflection symmetries does a 3D dodecahedron have?
21
How are a reflection and rotation alike?
Size remains constant in reflection and rotation.
Is a decagon rotation symmetry?
A decagon can have rotational symmetries of order 1, 2, 5 or 10.
Does a hexagon have rotation or reflection symmetry?
reflection
Does reflection and rotation?
Yes, reflection and rotation are both transformations that can change the orientation of an object. Reflection is when an object is flipped over a line, while rotation is when an object is turned around a point.
Advantages of sine and cosine functions?
Advantages of sine and cosine functions are in developing or creating plane analytic geometry. These functions are also beneficial in developing complex number plane, emphasizing scaling, rotation and reflection symmetries. which complement vertical and horizontal shifts.
How many rotational symmetries does isosceles trapezoid have?
An isosceles trapezoid has one rotational symmetry, which is a 180-degree rotation. This means that if you rotate the trapezoid by 180 degrees around its center, it will look the same as it did before the rotation. In addition to this, it has line symmetries, but regarding rotational symmetry specifically, there is only one.
Is it a glide-reflection rotation reflection or translation?
A glide reflection is where you reflect the shape and translate it. A glide rotation is where you rotate a shape and translate it. A glide translation doesn't exist.
