Q: A shape is symmetric if it can be divided so that both sides match?

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Yes, a shape is symmetrical if it can be cut in half in any way, and be the same on both sides.

A symmetric trapezium.

true - Distributions that have the same shape on both sides of the center are called symmetric

The shape descibed is not a symmetric figure. If it is folded on the diagonal line described, then the corners would stick off the sides. If the question is implying that they want to fold it in a differant way, then it would not be symmetrical because of the line. The line would not be in the place on both sides.

Because a square has all equal sides. Thus by cutting in half, it will always be symmetric.

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Yes, a shape is symmetrical if it can be cut in half in any way, and be the same on both sides.

A symmetric trapezium.

true - Distributions that have the same shape on both sides of the center are called symmetric

Lots of possibilities: an isosceles triangle, an isosceles trapezium, an irregular polygon with an odd number of sides, where the sides and angles on either side of the base are symmetric.

The shape descibed is not a symmetric figure. If it is folded on the diagonal line described, then the corners would stick off the sides. If the question is implying that they want to fold it in a differant way, then it would not be symmetrical because of the line. The line would not be in the place on both sides.

shape with both sides identical if cut in pieces

you subtract 3 from the number of sides then multiply that by the number of sides divided by 2

Because a square has all equal sides. Thus by cutting in half, it will always be symmetric.

360 Divided By How Many Sides The Shape Turned.

look at how many sides there are...

Bilateral symmetry. Think of bi- meaning "two", and lateral meaning "pertaining to the side." Therefore, it is symmetric for two sides.

Yo, anything that's sides are the same as the other, yo got a symmetric figure. example: a circle