The area is A and the parameter is P.
Two sides of the garden must be length a and the other two sides must be length b.
ab = A = 140
2a + 2b = P = 48
ab = 140 and
2a = 48 - 2b
dividing bother sides by 2:
a = 24 - b
Plugging in this formula for a in terms of b into the equation for area we can conclude that:
(24 - b)b = 140
24b - b2 = 140
0 = b2 - 24b + 140
This can be factored as such:
0 = (b - 14)(b - 10)
therefore b = 10, 14.
Logically, b can only be either 10 or 14, and amust be the other value.
14 cm
30
The greatest possible area is 90 square feet.
12 feet
perimeter (P)=2(length+base) find length, area = length * base = (p/2-base)*base
14 cm
4*Area/Perimeter
It must be a very small garden but the width is 10 cm and the length is 14 cm
Doubling the width of a rectangular rug will affect the perimeter because the total length and width will be doubled. The area will be twice the length times the width.
10 cm
66' x 3.27'
you times the length by the width to get the area of any rectangular or square shapes
Without knowing the shape of the garden, it is not possible to determine the area based solely on the perimeter. The area of a garden depends on its shape, whether it is rectangular, square, circular, or irregular.
[ad
The perimeter. It is the total length of the boundary (where the fence is or will be) of the garden.
The maximum area is attained when the rectangle is, in fact, a square. Since the perimeter = 48 feet, the maximum length for a square = 48/4 = 12 feet. So max area = 122 = 144 square feet.
the length of a rectangular garden is 12 meters and the width is 7 meters. What is the area