An infinite amount. You need to specify down to what decimal point.
I.e. 4+3.5+4+3.5 = 15, area = 14cm^2.
4.000001+3.499999+4.000001+3.499999=15, area = 13.9999995cm^2
For a fixed area, the perimeter is minimum for a circle, but has no maximum. Fractal figures (such as Koch snowflake) may have a finite area within an infinite perimeter.
An infinite number.I've gotta go, I'm late for an appointment, but here are a few to get you started:0.5 x 9.51 x 91.5 x 8.52 x 82.5 x 7.53 x 73.5 x 6.54 x 64.2 x 5.84.4 x 5.64.6 x 5.44.7 x 5.34.8 x 5.24.9 x 5.14.95 x 5.054.97 x 5.034.99 x 5.014.999 x 5.0015 x 5
no If the shape of the object is not fixed, it would be possible to alter the shape of the perimeter, but not the length, i.e., the distance around the object being enclosed.
I think a fixed area is a preset area kinda. Like that's the only bit of info you have, so you can make a whole bunch of rectangles. At least, I think.
The shape which minimises the perimeter for a fixed area is a circle. A circle of radius 7.334 ft (approx) will have the required area and a perimeter (circumference) of just 46.084 ft. The quadrilateral with the smallest perimeter will be a square with sides of 13 feet: a perimeter of 4*13 = 52 feet. Any regular polygon with more than 4 sides will have a smaller perimeter, for the same area, than a square.
fixed perimeter is the perimeter being fixed
A perimeter that will not change.
For a fixed perimeter, the area will always be the same, regardless of how you describe the rectangle.
The greatest area for a fixed perimeter will be when all the sides are equal or when the rectangle approaches the shape of a square.
For a fixed area, the perimeter is minimum for a circle, but has no maximum. Fractal figures (such as Koch snowflake) may have a finite area within an infinite perimeter.
The perimeter is the sum of all of the sides of the figure. So, simply add up ALL the sides to discover what the perimeter is.
Infinitely many. Choose any number, L, between 9 and 18. There are infinitely many such numbers. Then let B = 18 - L. Then any parallelogram (including rectangles) with length L and Breadth B will have a perimeter of 36. And then there are circles, ellipses, triangles, and other polygons that have perimeters of 36 units.
An infinite number.I've gotta go, I'm late for an appointment, but here are a few to get you started:0.5 x 9.51 x 91.5 x 8.52 x 82.5 x 7.53 x 73.5 x 6.54 x 64.2 x 5.84.4 x 5.64.6 x 5.44.7 x 5.34.8 x 5.24.9 x 5.14.95 x 5.054.97 x 5.034.99 x 5.014.999 x 5.0015 x 5
Approximately 6,789.98 units2
well it depends on what square your talking about.
You dont
It depends on the shape of the acre, it is not a fixed distance.