61 inches and 18 inches.
If that's a rectangle, the area is 112.5 square units and the perimeter is 43 units.
Perimeter = 2 x (width + length)⇒ 12 = 2 x (width + length)⇒ width + length = 6⇒ the rectangles could be:1 by 52 by 43 by 3[A square is a rectangle with equal sides.]
Suppose the width is x metres. Then the length is 2x + 3 metres. So the perimeter is 2*[x + (2x+3)] = 2*(3x+3) = 6x + 6 metres ie 6x + 6 = 126 so that 6x = 120 and then x = 20 metres. then 2x+3 = 43 metres. So width = 20 metres and length = 43 metres.
44' 8" = 43' 20"+ 43' 20"- 26' 10"---------17' 10"
61 inches and 18 inches.
If that's a rectangle, the area is 112.5 square units and the perimeter is 43 units.
Perimeter = 2 x (width + length)⇒ 12 = 2 x (width + length)⇒ width + length = 6⇒ the rectangles could be:1 by 52 by 43 by 3[A square is a rectangle with equal sides.]
No ! 43 inches is ONE TWELFTH the length of 43 feet !
Suppose the width is x metres. Then the length is 2x + 3 metres. So the perimeter is 2*[x + (2x+3)] = 2*(3x+3) = 6x + 6 metres ie 6x + 6 = 126 so that 6x = 120 and then x = 20 metres. then 2x+3 = 43 metres. So width = 20 metres and length = 43 metres.
The diagonal will be 49.739 inches.
25.4 mm (rounded) = 1 inch 1100 mm = (1100/25.4) = 43.307 inches (rounded) 43 inches = (43/12) = 3 ft, with 7 inches remaining 43.307 inches = 3' 7".
The crook was 40 inches in length and 10.2 in width
By unit of length and distance and conversion ,we can say that 1 feet=12 inches 3 feet=36 inches 3'7=43 inches (36 + 7)
Sloths vary in size depending on the species, but on average, they range from about 20 to 30 inches (50 to 76 cm) in length.
To solve this, multiply the two values (assuming you mean a rectangle) This will leave you with 559in(squared)
Hi, If you're looking for a straight numerical answer, then you will need to supply more information, for example a ratio or a width. EG: What is the length of a rectangle with a perimeter of 96 with a height to length ratio of 1:2 (height is 1, length is double that) or EG: What is the length of a rectangle with a perimeter of 96 and a height of 10. There's no way to tell what the length of a rectangle is if you don't know its height. however, if height is not relivent then the answer is anything that can be accuratel used in the definition of a rectangle. So...if the answer must be a whole number then we'll assume the minimum height of the rectangle is 1, therefor the maxium length is 47. If we continue down this track then each time we increase the height by 1 we reduce the length by 1. The So the table would go (using a ratio of Height:Length) {| |- | 1:47 2:46 3:45 4:44 5:43 6:42 7:41 8:40 9:39 10:38 11:37 12:36 13:35 14:34 15:33 16:32 17:31 18:30 19:29 20:28 21:27 22:26 23:25 24:24 would be a square so 23:25 is last option. |}