A shape that has the same perimeter and area of 14 cm is a square with a side length of approximately 3.54 cm. The perimeter of this square is 4 times its side length (4 x 3.54 cm ≈ 14 cm), and its area is the side length squared (3.54 cm x 3.54 cm ≈ 12.53 cm²), which is not equal to 14 cm². However, it is a specific case, and other shapes could potentially meet the criteria depending on their dimensions and configurations.
Yes. Take a simple rectangle of 1cm x 6cm. It's area is 6cm2 and its perimeter is 14cm. Now - a rectangle if 2cm x 3cm has the same area, but has a perimeter of just 10 Centimetres !
There is a square that has a length of 4. Area: 4 x 4: 16 Perimeter: 4+4+4+4= 16 Yes, there is a shape with the same perimeter and area.
a square
Most shapes have different perimeter than area, as far as value.
The perimeter of a shape cannot be determined solely from its area, as different shapes can have the same area but different perimeters. For example, a square with an area of 6 cm² has a perimeter of approximately 4.9 cm, while a rectangle with the same area could have a different perimeter. To find the perimeter, we would need additional information about the shape's dimensions.
No , perimeter is the measurement outside of the shape; the border. Area is the measurement of inside of the shape.
Yes. Take a simple rectangle of 1cm x 6cm. It's area is 6cm2 and its perimeter is 14cm. Now - a rectangle if 2cm x 3cm has the same area, but has a perimeter of just 10 Centimetres !
No.
There is a square that has a length of 4. Area: 4 x 4: 16 Perimeter: 4+4+4+4= 16 Yes, there is a shape with the same perimeter and area.
A circle.
a square
Most shapes have different perimeter than area, as far as value.
The perimeter of a shape cannot be determined solely from its area, as different shapes can have the same area but different perimeters. For example, a square with an area of 6 cm² has a perimeter of approximately 4.9 cm, while a rectangle with the same area could have a different perimeter. To find the perimeter, we would need additional information about the shape's dimensions.
they are different because perimeter is the out side of the shape and area is inside of the shape.
The shortest perimeter for a given area occurs in a shape that is most efficient in enclosing that area, which is a circle. For polygons, the more sides a shape has, the closer its perimeter approaches that of a circle for the same area. In general, among all possible shapes with the same area, the circle minimizes the perimeter.
both include the outside of the shape
No, any shape with four sides and same perimeter will always be a square.