A square is a special form of a rectangle where Length = Width. So L*W for a square would be L*L = L^2 where L is the length of a side.
The area of a rectangle is simply length x width. If the measurements are in centimeters, then the area will come out in square centimeters.
It depends on the shape of the place whose area you need to figure out. There are different formulas for different shapes. For example: For a square or rectangle . . . . . Area = (length) times (width) For a triangle . . . . . Area = (1/2) times (length of the base) times (height) For a circle . . . . . Area = (pi) times (radius)2 If the measurements you put into the right side of the formula are in feet, then the area will come out in square feet.
Squares can come in different forms, but the equation to find the area is l × w = a.
The area of ANY rectangle is (length) multiplied by (width).Armed with that knowledge, you can now find the area of that particular rectangle,as well as of any other rectangle up against which you might come in the future.
The word "square" is incorrectly applied if asking about 1 square acre.The acre is a unit of area in a number of different systems, including the Imperial and U.S. customary systems. The most commonly used acres today are the international acre and, in the United States, the survey acre. The most common use of the acre is to measure tracts of land.One acre comprises 4,840 square yards, or 43,560 square feet, or about 4,046.86 square meters = 0.404686 hectares.All that said, an acre of land, which is a measure of the area of a plot of land, can come in different shapes. An acre may be square, or it may be a rectangle that is half as wide as it is long. Or a rectangle that is four times longer than it is wide. It could even be a circle, elipse, or other shapes. How "wide" it is will vary with the shape.
The area of a rectangle is simply length x width. If the measurements are in centimeters, then the area will come out in square centimeters.
Squares can come in different forms, but the equation to find the area is l × w = a.
It depends on the shape of the place whose area you need to figure out. There are different formulas for different shapes. For example: For a square or rectangle . . . . . Area = (length) times (width) For a triangle . . . . . Area = (1/2) times (length of the base) times (height) For a circle . . . . . Area = (pi) times (radius)2 If the measurements you put into the right side of the formula are in feet, then the area will come out in square feet.
Different wires come in cross-sections of different size.
To get the answer multiply length and width. The answer will come out to be 216 square feet. Divide that by 9 to get 24 square yards.
The area of ANY rectangle is (length) multiplied by (width).Armed with that knowledge, you can now find the area of that particular rectangle,as well as of any other rectangle up against which you might come in the future.
"Plastic name badges come in many different shapes, sizes and colors. They may be in the shape of a circle or oval, a slender rectangle, or wide rectangle."
No because quadrilaterals are 4 sided figures that come in different shapes and a rectangle is only one of them
The word "square" is incorrectly applied if asking about 1 square acre.The acre is a unit of area in a number of different systems, including the Imperial and U.S. customary systems. The most commonly used acres today are the international acre and, in the United States, the survey acre. The most common use of the acre is to measure tracts of land.One acre comprises 4,840 square yards, or 43,560 square feet, or about 4,046.86 square meters = 0.404686 hectares.All that said, an acre of land, which is a measure of the area of a plot of land, can come in different shapes. An acre may be square, or it may be a rectangle that is half as wide as it is long. Or a rectangle that is four times longer than it is wide. It could even be a circle, elipse, or other shapes. How "wide" it is will vary with the shape.
The clever person might realize that, though an infinite number of rectangles can be created with a fixed perimeter, there is a maximum and minimum area that any rectangle formed under the constriction can have. And we can work with that. The minimum area will be "near" zero. (With an area "at" zero, the rectangle will collapse and/or disappear.) The rectangle with "maximumized" area for a fixed perimeter will be a square. Its side (designated by "s") will be one fourth of the perimeter (designated by "p"). If s = p/4 and we use the formula for finding the area (As) of a square substituing our "p/4" for the side length "s" we will get the equation: As = (p/4)2 Our rectangle(s) will all have an area (Ar) within this range: Zero is less than Ar which is less than or equal to (p/4)2 Though we couldn't come up with a precise answer, we came up with the next best thing with the information supplied.
No. It will always be regular because if we tried to make it irregular it woul be a rectangle. I don't think that's right.. Because i was doing this math project and if a square is 'irregular' there are different ways it can be irregular.. So for example if the suare has 4 sides and one side is cut off (some of it) its not a rectangle or a square.. So the first thing that would come to your mind is... What shape is this ? (:
Coffee tables come in a variety of different shapes and sizes to fit anyones living style. These include round, square, oval, and rectangle as well as wooden and glass.