Since by definition corresponding sides of congruent shapes have the same length, the answer is 1.
Yes. Both have angles which are equal and corresponding sides which are in a fixed ratio. For a congruent shape, that fixed ratio must be 1.
Yes because to be similar the shapes need to have the same ratio of sides and similar angles. To be congruent the shapes have to be the same shape and size, so 2 congruent shapes will always be similar.
Yes, congruence is a stronger condition than similarity.
No. They're always in the same ratio.
Two polygons are similar if all of the following conditions apply: they have the same number of sides; corresponding sides are always in the same ratio; all angles are congruent. For shapes in general, I suspect the definition of similarity is somewhat more complicated.
Yes. Both have angles which are equal and corresponding sides which are in a fixed ratio. For a congruent shape, that fixed ratio must be 1.
Yes because to be similar the shapes need to have the same ratio of sides and similar angles. To be congruent the shapes have to be the same shape and size, so 2 congruent shapes will always be similar.
Two geometric shapes are similar if they differ only in their size. For polygons this requires that the corresponding angles of the two polygons are congruent and that the ratio of their corresponding sides is the same.
1:1
Yes, congruence is a stronger condition than similarity.
No. They're always in the same ratio.
If two figures are similar or congruent, each angle of the first figure is the same as the corresponding angle of the second figure.In similar figures, the ratio of each side in the first figure to the corresponding side in the second figure is a constant. If the figures are congruent, that ratio is 1: that is, the corresponding sides are of the same measure.
The answer depends on whether or not the shapes are similar. If they are, then the ratio of volumes is the cube of the ratio of the linear dimensions.
Two polygons are similar if all of the following conditions apply: they have the same number of sides; corresponding sides are always in the same ratio; all angles are congruent. For shapes in general, I suspect the definition of similarity is somewhat more complicated.
The ratio between corresponding sides or angles of similar triangles are equal
Information that you have about one shape can be transferred to the other. For example, the measure of corresponding angles will be the same; the lengths of each pair of corresponding sides will be in the same ratio.
proportion