by subtracting
Yes, two squares of different sizes can have the same perimeter. The perimeter of a square is calculated using the formula ( P = 4s ), where ( s ) is the length of a side. If two squares have side lengths such that ( 4s_1 = 4s_2 ), where ( s_1 ) and ( s_2 ) are the side lengths of the two squares, they will have the same perimeter. However, because the side lengths are different, the squares themselves will differ in size.
The sizes of the squares can vary with the size of the set.
All congruent figures are similar figures, and have identical sizes.
They are similar figures.
No.
Yes, two squares of different sizes can have the same perimeter. The perimeter of a square is calculated using the formula ( P = 4s ), where ( s ) is the length of a side. If two squares have side lengths such that ( 4s_1 = 4s_2 ), where ( s_1 ) and ( s_2 ) are the side lengths of the two squares, they will have the same perimeter. However, because the side lengths are different, the squares themselves will differ in size.
They may be of different sizes. Congruent figures have the same size.They may be of different sizes. Congruent figures have the same size.They may be of different sizes. Congruent figures have the same size.They may be of different sizes. Congruent figures have the same size.
No, because even through they have the same perimeter you must show how you can get 16 as the perimeter in two different ways.
The sizes of the squares can vary with the size of the set.
All congruent figures are similar figures, and have identical sizes.
It depends on the sizes of the two shapes.
They are 'similar' figures.
16 30 (if you count the squares of all sizes)
figures that are the same shape but different sizes
They are similar figures.
No.
In the classic puzzle with squares of differeing sizes within squares, the number is 40.Its a popular net puzzle.