Infinite, but if the dimensions have to be integers, then it would be 8 and 10.
5 x 10 = 50 square yards
How you figure the square yards really depends on the shape of the plot. I'll tell you how to do it for a rectangle. If you have a different shape, then you can get the arithmetic from the lawn and garden or hardware store. -- Measure the length, in feet. -- Measure the width, in feet. -- Multiply the two numbers. -- That gives you the number of square feet. -- For square yards, divide the number by 9 .
700 square feet = about 77.8 square yards. (77.7777778 square yards)
36 square yards. (divide square feet by 9 to get square yards).
The perimeter of a square with an area of 5,000 square yards is: 282.8 yards
It is 20
Divide the length of the garden into its area to find the width of the garden
Minimum is when the figure is a square, in this case the perimeters 4 times the square root of 48. There is no maximum, i.e., you can make the perimeter as large as you like.
5 x 10 = 50 square yards
perimeters will always be length so we have units of lenght such as mm, inch, feet etc. NOT area, so no square feet or square yards etc.
English units--square feet or square yards. Metric--square meters
Extrapolating from the NYC Comptrollers Office report that the volume of Madison Square Garden is 400,000 cubic yards.
4 x 4
The size of the 200 sq yd garden would be 8yd x 8yd or 24.5 x 24.5 ft
assume the symbol _ = 1yard _ _ _ _ _ _ l l l l l l l l l l l_ _ _ _ _ _l a 6x6 rectangle = 36 square yards or _ _ _ _ _ _ _ _ _ a 9x4 rectangle=36 square yards l l l l l l l_ _ _ _ _ _ _ _ _l
There's no way of knowing without knowing the shape. 400 acres is 1,936,000 square yards. A strip of land 2 yards wide and 968,000 yards long would be 400 acres (perimeter 1,936,004 yards) So would a tract 968 yards wide and 2000 yards long (perimeter 5936 yards) So would many others. A square would have 1391.4 yards a side, 5565.6 yards in total, roughly 3.2 miles
I assume 202 yards is the perimeter. It really depends on the shape of the figure - whether it is a square, rectangle, circle, elipse, etc. In the case of a rectangle, for example, this would also depend on the length to width ratio. In summary, different figures have different perimeters for the same area (or different areas for the same perimeter).I assume 202 yards is the perimeter. It really depends on the shape of the figure - whether it is a square, rectangle, circle, elipse, etc. In the case of a rectangle, for example, this would also depend on the length to width ratio. In summary, different figures have different perimeters for the same area (or different areas for the same perimeter).I assume 202 yards is the perimeter. It really depends on the shape of the figure - whether it is a square, rectangle, circle, elipse, etc. In the case of a rectangle, for example, this would also depend on the length to width ratio. In summary, different figures have different perimeters for the same area (or different areas for the same perimeter).I assume 202 yards is the perimeter. It really depends on the shape of the figure - whether it is a square, rectangle, circle, elipse, etc. In the case of a rectangle, for example, this would also depend on the length to width ratio. In summary, different figures have different perimeters for the same area (or different areas for the same perimeter).