Can somone please help me with this problem
A cylindrical can with a bottom, but no top needs to be constructed with a surface area of .
300pie in^2
What is the maximum volume for such a can?
Be sure to show your constraint equation, the function you are maximizing and some steps to finding the solution.
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OpenStudy (anonymous):
iforgot do youknow how to do this problem
OpenStudy (anonymous):
what
OpenStudy (anonymous):
yes I can see you
OpenStudy (anonymous):
ok which is I have no idea how to do the problem so I need alot of help
OpenStudy (anonymous):
yes it is a^3
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OpenStudy (anonymous):
maximum volume for such a can
OpenStudy (anonymous):
ok how do I find that
OpenStudy (anonymous):
ok but still how do I do that
OpenStudy (anonymous):
does that look familiar?
OpenStudy (anonymous):
ok yes but how do I find the L,H,W
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OpenStudy (anonymous):
ok how do I figure it out
OpenStudy (anonymous):
all that I have is what I gave in the problem that I typed that is where I am getting confused
OpenStudy (anonymous):
yes I see that but how do I find the maximum volume for the can