Mathematics: Apig farm has 1000 feet of fence, but the 4 different pigs must be kept in separate pins. there is also a road along one edge and a fence along the road is not needed. what are the dimensions needed to maximize the area of each pin? what is the area for each pin? this is a quadratic test by the way, !

Apig farm has 1000 feet of fence, but the 4 different

dbenjamintheflash5

12.01.2022

The Dimensions of each pin are 100 X 100 ft in square shape.

The area of each pin is $A = (100)^{2} = 10000 ft^{2}$

Step-by-step explanation:

It is given that the total length of fence is 1000 feet.

The let the measure of each side of fence pin be "x" , as shown in the figure.

The total sum of the length is 10x .

This, 10x = 1000

x = 100 ft

Thus the dimensions of each side of pin is 100 ft.

The area of square is given by, $A = x^{2} = (100)^{2} = 10000 ft^{2}$

Thus the area of each symmetric pin is 10000 $ft^{2}$ .

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asapmechee

22.10.2022

Step-by-step explanation:

The total no. of different ways by which the role can be assigned= 10×9×8×7×6

= 30,240 ways

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