How do I solve this? What's the formula I can use?
1 answer:
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If x represents the length of the box, then 42-x will be the girth. Since the largest area for a given girth is that of a square, the side length of the square cross section is (42 -x)/4.
The volume as a function of package length is then
.. v(x) = x((42-x)/4)^2
This has a maximum at x=14. The corresponding volume is 686 in^3.
The volume as a function of package length is then
.. v(x) = x((42-x)/4)^2
This has a maximum at x=14. The corresponding volume is 686 in^3.
Answer:
Step-by-step explanation:
Multiply 8 with 2h and 1
Answer:
75.062c
Step-by-step explanation:
To find the missing side use pythagorean theorem
So
Solve for b, b= 6.021
To find the area use bh
So (6.021+19)(6)= area
And you get 75.062