To find the area of a rectangle with a given perimeter, we need to use the formula for the perimeter of a rectangle, which is 2(length + width) = 16cm. Since the perimeter is given as 16cm, we have 2(length + width) = 16. If we divide by 2, we get length + width = 8. Without knowing the specific dimensions of the rectangle, we cannot determine the exact area.
Oh, isn't that just delightful? To find the area of a rectangle, we need to know the length and width. With a perimeter of 16cm, we could have different lengths and widths that add up to 8cm each. So, the area could vary depending on the specific dimensions of the rectangle. Just remember, there are endless possibilities to create something beautiful with math!
Well, well, well, aren't we getting fancy with our geometry questions? If the perimeter of a rectangle is 16cm, that means the sum of all its sides is 16cm. Since a rectangle has two pairs of equal sides, we can divide 16cm by 4 to get each side length, which is 4cm. To find the area, you simply multiply the length and width, so the area of this rectangle would be 16 square centimeters.
Any area you want greater than 0 cm2 and less than or equal to 16 cm2.
perimeter_of_rectangle = 2 x (width + length)
16 cm = 2 x (width + length)
⇒ width + length = 8 cm
⇒ length = 8 cm - width
Neither dimension can be negative, so they are both greater than 0 cm and less than 8 cm.
Area_of_rectangle = width x length
⇒ area = width x (8 cm - width)
= 8 x width - width2 cm2
This has a minimum value when width = 0 cm or 8cm of 0 cm2, so the area of the perimeter must be greater than 0 cm2 (as the width can be neither 0 cm nor 8 cm).
This has a maximum value when width = 4 cm:
max_area = 8 x 4 - 42 cm2 = 16 cm2.
when the width is between 0 cm and 4 cm (and so the length is between 8 cm and 4 cm) the area is between 0 cm2 and 16 cm2
When the width = 4 cm, the length is also 4 cm, that is the rectangle is a square.
The greatest area that a rectangle can have is, in fact, attained when it is a square. A square with perimeter of 16 cm must have sides of 4 cm and so an area of 4*4 = 16 cm2.
The perimeter of a rectangle is calculated by adding together all four sides. In this case, the rectangle has a length of 6cm and a width of 2cm. To find the perimeter, you would add the length (6cm) + width (2cm) + length (6cm) + width (2cm) = 16cm. Therefore, the perimeter of a rectangle with sides measuring 6cm by 2cm is 16cm.
The area of square is : 256.0
The length of a rectangle is twice its width. If the perimeter of the rectangle is , find its area.
The perimeter of the rectangle is the sum of its 4 sides.
16cm.
Perimeter of rectangle: 5+3+5+3 = 16cm
The greatest area that a rectangle can have is, in fact, attained when it is a square. A square with perimeter of 16 cm must have sides of 4 cm and so an area of 4*4 = 16 cm2.
The perimeter of a rectangle is calculated by adding together all four sides. In this case, the rectangle has a length of 6cm and a width of 2cm. To find the perimeter, you would add the length (6cm) + width (2cm) + length (6cm) + width (2cm) = 16cm. Therefore, the perimeter of a rectangle with sides measuring 6cm by 2cm is 16cm.
Oh honey, that shape is a rectangle. It has sides measuring 5cm and 3cm, giving you an area of 15cm² and a perimeter of 16cm. It's as straightforward as a line at the DMV, darling.
anything imaginary but a real shape would be a square or rectangle.
The perimeter is all the way around the shape so it would be.. 16 + 16 + 2 + 2 = 36. Therefore th perimeter must be 36cm.
16cm
The area of square is : 256.0
the area of a rectangleis 100 square inches. The perimeter of the rectangle is 40 inches. A second rectangle has the same area but a different perimeter. Is the secind rectangle a square? Explain why or why not.
No. For example, a 4x1 rectangle will have an area of 4 and a perimeter of 10. A 2x2 rectangle will have the same area of 4, but a perimeter of 8.
The length of a rectangle is twice its width. If the perimeter of the rectangle is , find its area.