Answer:
Step-by-step explanation:
i am unsure of what you actually need, but i want to help you.
if you were to set the boundaries of the feasibility region it would be as follows:
as points
A(1, 17/3) B(7, 11/3) C(7, infinity) D(1, infinity)
as graphs
y=-1/3x+6 where 1≤x≤7
x=1
x=7
Answer:
321.56
Step-by-step explanation:
volume = (4/3) * π * r³
Answer:
Width=20 feet
Since Length=Width=20 feet, the rectangle is a Square.
Step-by-step explanation:
Area, 
To determine the width of the rectangle that gives the maximum area, we take the derivative of A and solve for its critical point.
The width of the rectangle that gives the maximum area =20 feet.
Perimeter of a rectangle=2(l+w)
Perimeter of the rectangle=80 feet
2(l+w)=80
2l+2(20)=80
2l=80-40
2l=40
l=20 feet
Since the length and width are equal, the special type of rectangle that produces this maximum area is a Square.
24 since .25 times 4 = 1 so try 6 times 4 and it equals 24
Answer:
f= (x-4, y+6) or f= (x-4),(y+6)
Step-by-step explanation:
* when you move to the left you are subtracting from x because eventually you'll get to the negatives, if you were going to the right you would add
* going up from y, you would be adding since the further up you go the higher positive number you'll get, if you were going down it would be subtracting from y
