Double the 46 feet and 34 feet and add them together. This will give the perimeter of the rectangle in feet. Divide this number by 3 (3 ft in 1 yd) = to convert to yards.
46 x 2 = 92
34 x 2 = 68
92 + 68 = 160 ft
160 / 3 = 53.33
Therefore 53.5 yards (rounded up). Fifty-three and a half yards.
width=x length=y 2y + 2x = 22 y= 2x+2 2(2x+2) + 2x= 22 4x + 4 +2x = 22 6x=18 x=3 y=2(3) + 2 y=8 Length=8 Width=3
To figure this out, simply add the distance on each side of the pen. For a rectangular pen you will have two sets of sides that are the same length. Therefore, for this pen, you will need two lengths of fence 12 feet long and two lengths of fence 16 feet long - a total of 56 feet.
the three dimensions needed to find the area of a rectangular solid object are: Height, Length and Width.
Depends entirely on the length and width. If it's square then 40 feet, but otherwise just add the length and width and double your answer...
Using Pythagoras' theorem the length of the hypotenuse is 10 feet which will be the length of the string needed
832 yards
36
Length of fencing needed = 2*pi*10 = 20*pi feet
18 meters of fencing. You simply need to find the circumference of the rectangle.
The perimeter which is 2*(L+W) where L = length = 46 ft and W = width = 34 ft So 2*(46+34) ft = 2*80 ft = 160 ft
A rectangle which is 46 feet by 34 feet would have two sides of length 46 and two sides of length 34. Add these together to get the total length needed to enclose the area. (46+46+34+34)ft = 160ft
21
4Improved Answer:-30 feet of fencing will be needed
4
Approx. 408.4 feet.
How much fencing is required to enclose a circular garden with a radius of 14 meters? (Use 3.14 for π) _
Fencing needed: 2*pi*18 = just over 113 meters