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# A figure can be folded into two congruent parts that fit on top of each other exactly?

Updated: 12/22/2022

Wiki User

12y ago

equal symmetry

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12y ago

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Q: A figure can be folded into two congruent parts that fit on top of each other exactly?
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symmetry

Symmetrical.

### What standards does a congruent figure have to meet to be a congruent figure?

All interior angle measures and side lengths of one figure must be the same for the other figure.

### What congruent shape?

if 2 shapes are congruent with each other it means they are exactly the same

### What is the difference between congruent and similar figures?

Congruent figures have exactly the same shape; you could superimpose one on the other and see only one figure. Similar figures have some points of similarity but do not have to be exactly the same.

### Whats a congruent shape?

if 2 shapes are congruent with each other it means they are exactly the same

### How can i tell if figures are congruent?

They will be exactly alike to each other.

### How would you define congruent figures?

Exactly identical to each other

### What kind of parellogram is it If the diagonals of a parallelogram are congruent and are perpendicular bisectors of each other?

If the diagonals are congruent and are perpendicular bisectors of each other then the parallelogram is a square. If the diagonals are not congruent but are perpendicular bisectors of each other then the figure would be a rhombus.

### Among two congruent angles one has a measure of 100 the measure of the other angle is?

Exactly the same because they are both congruent

### What is has 1 pair of parallel sides exactly 2 pairs of congruent and exactly 4 sides?

A trapezoid. It is a quadrilateral (4 sided) with the bases parallel and the other two sides congruent.

### Does a quadrilateral have exactly 3 congruent angles?

A quadrilateral is ANY closed figure with 4 sides. Therefore, it also has 4 angles - any of which may, or may not, be congruent. About the only general statement about angles that applies to all quadrilaterals is that the sum of the angles is 360 degrees. By the way, it is possible for a quadrilateral to have 3 congruent angles, and the fourth angle not be congruent with the other 3.