Q: Three corners of a rectangle, the dog park are located at (-2,1) (-2,3) and (5,3) on a coordinate plane. What is the total length of the fencing that is needed to enclose the dog park?

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100 x 100

Since the only number given in the question is a linear measure, it must refer to the perimeter of the rectangle: it cannot refer to its area. So, number of feet of fencing required to enclose a rectangle with a 44 ft perimeter is 44 ft! That is what a perimeter means!

625 square feet.. the area would be a square rectangle with 25 feet of fencing on each side.

18 meters of fencing. You simply need to find the circumference of the rectangle.

The circumference of a rectangle is 2*(length+width), so 2*(18+23) = 2*(41) = 82 Therefore, 82 feet of fencing is required to enclose the garden.

It depends on what the whole numbers are. Be more specific

If the acreage is a square, you'll need 6,467 feet of fencing to enclose the area.

1 yd=3 ft. 16 yd= 48 ft. 294 - 48 = 246. 246 < 250, so the answer is NO.

How much fencing is required to enclose a circular garden with a radius of 14 meters? (Use 3.14 for π) _

Assuming that you have a rectangle shaped area, 20 yards long by 15 yards wide, and you want to completely enclose the area with the fencing, then you have a problem where you need to find the perimeter of a rectangle. Perimeter = 2 * Length + 2 * Width Perimeter = 2 * (20 yd) + 2 * (15 yd) = 40 yd + 30 yd = 70 yards

barbwire

The perimeter of a rectangle is 2*(width + depth) So 500 = 2*(104 + depth) 250 = 104 + depth depth = 146 feet