Area= width x length
Alternatively, area of irregular or regular polygons can be calculated using SketchAndCalc (see related links below). A free Area and Perimeter Calculator that calculates the area of any shape you draw, regardless of scale or complexity.
There are plenty of information you can learn about rectangles. You can learn about their angles, their widths and lengths, as well as their volumes.
To find the perimeter of the rectangle you add up all the sides. There are two lengths and widths for every rectangle, so you know the length is 40 meters x 2 = 80 meters. Perimeter is the total length of all the sides so you just minus 120 from the two lengths which is 80. So the width is 40, divide 2 (2 widths) = 20 meters. Width = 20 meters OR if they're asking for widthS then it'll be 40 meters, but they're not.
x=width x+25=length 4x+50=130 4x=80 x=20 width is 20 length is 45
Yes. Consider a 2 x 6 and a 3 x 4
No, take the rectangle that is 4x6. The perimeter is 20 which is even.
rectangle
A square has four sides of equal length. A rectangle has lengths that are different from the widths.
You can't find the widths of a rectangle with the lengths because the widths can be anything lower than the lengths. Like if your rectangle had a length of 7 the width can be 6, 5, 4, 3, 2, and so on.
stay the same
A rectangle has lengths different from the widths. (12" x 8" is a rectangle). A square has all sides of equal length. (7" x 7" is a square).
A rectangle has 2 equal widths and 2 equal lengths whereas a rhombus has 4 equal widths but they are both 4 sided quadrilaterals.
Four - two lengths (sides) and two widths (ends).
You can't tell the dimensions from the perimeter. There are an infinite number of different rectangles, all with different lengths and widths, that all have the same perimeter.
There are plenty of information you can learn about rectangles. You can learn about their angles, their widths and lengths, as well as their volumes.
Different pools have different proportions.
Yes, it normally has opposite congruent lengths and opposite congruent widths. The length of a rectangle is normally greater than its width.
Add up (two lengths) plus (two widths) and you have the perimeter.