(Step-by-Step) Now, we have an equation with independent variable h and dependent variable A. This means that the surface area depends on the height of
Question: Now, we have an equation with independent variable h and dependent variable A. This means that the surface area depends on the height of the can.
It will be useful to represent the function above graphically to grasp the meaning of the expression. Graph the function. Explain the function (i.e. the shape, domain, range, etc) Find the coordinates of the minimum point on the graph. You may use your graphing calculator to find the minimum point on the graph.
Deliverable: Word Document 
![[See Solution] Now, we have an equation](/images/solutions/MC-solution-library-49352.jpg "[See Solution] Now, we have an equation with independent variable h and")
[See Solution] Now, we have an equation with independent variable h and
![[Solution Library] Analysis Conclusion What is the](/images/solutions/MC-solution-library-49353.jpg "[Solution Library] Analysis Conclusion What is the dimension of a")
[Solution Library] Analysis Conclusion What is the dimension of a
![[See Steps] How do you think this](/images/solutions/MC-solution-library-49354.jpg "[See Steps] How do you think this will change if we change the")
[See Steps] How do you think this will change if we change the
![[See Solution] Can the same computation be](/images/solutions/MC-solution-library-49355.jpg "[See Solution] Can the same computation be made if we used the radius")
[See Solution] Can the same computation be made if we used the radius
(Solution Library) Surface Area Suppose that you can only use only
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