Best Answer

The word for this is "similar." The same shape and the same size is "congruent."

Q: What is the same shape but different size?

Write your answer...

Submit

Still have questions?

Continue Learning about Math & Arithmetic

No, that's called a similar shape, it has to be both same shape and size, Your Welcome.

Similar.

NO

Hexagon,octagon,nonagon,are a few figures with the same shape but may have a different size. * * * * * Two or more figures of the same shape but with different sizes are said to be similar.

Having the same size and shape means that you look the same height and size.

Related questions

No, that's called a similar shape, it has to be both same shape and size, Your Welcome.

it is similar, easy as that. congruent is same shape same size ans similar is same shape different size similar=two figures that have the same shape, but not necessarily the same size

Yes, it does. A congruent shape has the same shape and size as another shape. A shape that is similar is the same shape, just a different size, like a proportion.

Similar.

Yes, all s orbitals have the same size, regardless of the energy level they are in. This is because s orbitals are spherical in shape with the electron density focused around the nucleus.

Shapes that are the same except for their size are called "similar".

a parallelogram that has the same shape but not the same size called "similar". This means the angles are equal in both shapes but the sides are different.

Anything with varying densities have different weights even though they are the same size and shape. For example, lead, plastic, and wood.

Transformations are different by their size but same shape the only thing that change is their coordinates and size.

NO

At an atomic level they cannot be exactly the same shape or size.

Two figures are called congruent if they are the same shape and the same size. Two figures are called similar if they are the same shape, but different sizes. ... That means that there is a scale factor number that you multiply each number in the first shape by to get the corresponding side length in the other shape.