Miguel is designing shipping boxes that are rectangular prisms. The shape of one box, with height h in feet, has a volume defined by the function V(h) = h(h – 5)(h – 6). Graph the function. What is the maximum volume for the domain 0 < h < 6? Round to the nearest cubic foot.
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OpenStudy (anonymous):
How would I solve this?
OpenStudy (anonymous):
Have you tried graphing it? Or attempting it?
OpenStudy (anonymous):
I'm not sure HOW to graph it. e_e
OpenStudy (anonymous):
V(h) = h(h – 5)(h – 6) is of the form of a factored cubic
To graph it, set h(h – 5)(h – 6) = 0
What is h equal to just by looking at the equation?
OpenStudy (anonymous):
@xKingx
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OpenStudy (anonymous):
Srry slow pc, but to answer your earlier question, I'm not sure
OpenStudy (anonymous):
You know that if a x b x c = 0
Then ONE of the variables (a or b or c) MUST be equal to 0.
Do you understand this
OpenStudy (anonymous):
yea
OpenStudy (anonymous):
Then if h(h – 5)(h – 6) = 0
h = 0
h-5 = 0
h-6 = 0
OpenStudy (anonymous):
Do you understand this
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OpenStudy (anonymous):
Yea
OpenStudy (anonymous):
What is h equal to then
OpenStudy (anonymous):
0
OpenStudy (anonymous):
So it would go 0<0<6, but that wouldn't give me any cubic feet to round.
OpenStudy (anonymous):
Nope
You forgot h-5=0 and h-6 =0
From h-5=0, we can see that h=5
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