Answer:
The whole number dimension that would allow the student to maximize the volume while keeping the surface area at most 160 square is 6 ft
Step-by-step explanation:
Here we are required find the size of the sides of a dunk tank (cube with open top) such that the surface area is ≤ 160 ft²
For maximum volume, the side length, s of the cube must all be equal ;
Therefore area of one side = s²
Number of sides in a cube with top open = 5 sides
Area of surface = 5 × s² = 180
Therefore s² = 180/5 = 36
s² = 36
s = √36 = 6 ft
Therefore, the whole number dimension that would allow the student to maximize the volume while keeping the surface area at most 160 square = 6 ft.
Answer:
i d k cuz they r du.mb???
Step-by-step explanation:
have a nice day :) :) :)
Answer:
Hi there!
Your answer is:
x -15 < 75
Step-by-step explanation:
She has <$75
x -15 < 75
X represents the unknown value of her amazon gift card.
Hope this helps!
He distance formula is d=sqrt(x2-y2)^2+(x1-y1)^2. plug it in and get the answer
This is the graph for the equation y=2x-4.
