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Select any number between 0 and sqrt(28) and call it W.
Then let L = 28/W.
A rectangle with length L units and width W units will have an area of LxW = (28/W)*W = 28 square units. And, since W could be any one of infinitely many numbers between 0 and sqrt(28), there are infinitely many possible answers.
Select any number between 0 and sqrt(28) and call it W.
Then let L = 28/W.
A rectangle with length L units and width W units will have an area of LxW = (28/W)*W = 28 square units. And, since W could be any one of infinitely many numbers between 0 and sqrt(28), there are infinitely many possible answers.
Select any number between 0 and sqrt(28) and call it W.
Then let L = 28/W.
A rectangle with length L units and width W units will have an area of LxW = (28/W)*W = 28 square units. And, since W could be any one of infinitely many numbers between 0 and sqrt(28), there are infinitely many possible answers.
Select any number between 0 and sqrt(28) and call it W.
Then let L = 28/W.
A rectangle with length L units and width W units will have an area of LxW = (28/W)*W = 28 square units. And, since W could be any one of infinitely many numbers between 0 and sqrt(28), there are infinitely many possible answers.
Select any number between 0 and sqrt(28) and call it W.
Then let L = 28/W.
A rectangle with length L units and width W units will have an area of LxW = (28/W)*W = 28 square units. And, since W could be any one of infinitely many numbers between 0 and sqrt(28), there are infinitely many possible answers.
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What are all the rectangles with a perimeter of 24?
There are infinitely many possible rectangles. Let A be ANY number in the range (0,6] and let B = 12-A. Then a rectangle with width A and length B will have a perimeter of 2*(A+B) = 2*12 = 24 units. Since A is ANY number in the interval (0,6], there are infinitely many possible values for A and so infinitely many answers to the question.
How many different rectangles can you draw with an area of 12 square units?
If you restrict yourself to whole numbers, 12 has 3 factor pairs: 1 x 12 2 x 6 3 x 4
How many inches in a square inch?
There are no inches in an square inch. Square inches are units of area and inches are units of length, the two can not be equated.
How many meters in a square km?
You don't convert square units to linear units. A kilometer has 1000 meters, since kilo means 1000; a square kilometer has a million square meters.You don't convert square units to linear units. A kilometer has 1000 meters, since kilo means 1000; a square kilometer has a million square meters.You don't convert square units to linear units. A kilometer has 1000 meters, since kilo means 1000; a square kilometer has a million square meters.You don't convert square units to linear units. A kilometer has 1000 meters, since kilo means 1000; a square kilometer has a million square meters.
How many rectangles are in a rectangle?
There are an infinite number of rectangles for any given area, while there is only one square for any given area. The number of integer-value rectangles depends on the area and the number of integer factors of a whole-number area. Example: a rectangular area of 6 square inches could be enclosed by rectangles that were 1x6, 2x3, 3x2, and 6x1. Non-integer dimensions would include 1.5x4 and 1.2x5 inches.
How many rectangles can be formed from an area of 54 square units?
Infinitely many.
How many square feet in a rectangle 193X273X214x205?
Rectangles have two dimensions: length and width. Multiply them together and you will get the area in square units.
How many possible rectangles with an area of 24 square units?
Infinitely many.Let L be any number greater than or equal to sqrt(24) units.and let B = 24/LThen the area of the rectangle with length L units and breadth B units will beL * B = L *24/L = 24 square units.Since there are infinitely many possible values for L, there are infinitely many possible answers to the question.
How many different rectangles can you make with a area of 24?
Infinitely many. Select any number L, greater than sqrt(24) units an let B = 24/L. then the rectangle with sides measuring L and B will have an area of L*B = L*24/L = 24 square units. Also, B ≤ sqrt(24) ≤ L so that value of L gives a different rectangle. And, since there are infinitely many possible values for L, there are infinitely many possible rectangles.
How many rectangles are in a square prism?
A square prism is one whose two ends are square and the remaining 4 faces are rectangles.
How many feet are there in 1325 square feet?
Feet are length units, square feet are area units. It is not possible to convert between the two.
How many different rectangles with an area of 12 square units can be formed using unit squares?
3 or 6, depending on whether rectangles rotated through 90 degrees are counted as different. The rectangles are 1x12, 2x6 3x4 and their rotated versions: 4x3, 6x2 and 12x1.
How many rectangles can you make out of 6 sq units?
You can make about 5
How many square feet do 200 12x 24 tiles cover?
2400 * 24 square units. However, since the measurement units are not specified, it is not possible to convert this to square feet.
How many rectangles in a 24 square unit?
40
What is the relationship between the perimeters of rectangles with the same area?
None, other than that if the area is x square units, the perimeter must be greater than or equal to 4*sqrt(x) units. It is possible to construct a rectangle for each and every one of the infinitely many values greater than 4*sqrt(x) units. Consequently, there can be no relationship as suggested by the question.
How many rectangles can be drawn with 38 cm as the perimeter?
There would be an infinite number of rectangles possible
