Answer:
$38,000 is correct
Step-by-step explanation:
just took it
The height of package is 34 inches.
According to the statement
we have given that the perimeter of cylinderical package is 123 inches.
and we have to find the volume of this package.
So,
According to the perimeter
2(Pi)r + h = 123
and then
h = 123 - 2(Pi)r
then the volume become
V = (Pi) r^2h
V= (Pi) r^2 * [ 123 - 2(Pi)r ] = 123 (Pi) r^2 - 2(Pi)r^3
then differentiate it
dV/dr = 246(Pi) r - 6(Pi)r^2
Now take
r(246(Pi) - 6(Pi)r) = 0
then neglect r=0 and then find another value of r.
r = 246(Pi) / 6(pi)
here r=41 then
h = 123 - 2(Pi)r
h = 123 - 2(3.14)41
h = 123 - 2(Pi)r
Then put the value of r then h = 34 inches.
So, The height of package is 34 inches.
Learn more about Volume here brainly.com/question/1972490
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Answer:
I use to have to do these i no longer have the app but theres an app called desmos and it graphs it fro you and gives you all the domain and rnge stuff all u gotta do is put in the equation avalible on ios and samsun
Step-by-step explanation:
Answer: 32 pi
Step-by-step explanation: Look up how to find the volume of a cone on google put 4 as the radius and 6 as the height you get 100.53 then divide by pi and you get 32
So lemme ...
45+(24x)=h
I feel this is the best I can do with the given information ... hope this helps
