(Steps Shown) Volume Suppose that you want to make a can that would hold 350 cm 3 of content. Perform Dimensional Analysis using L, M, and T. Since we are
Question: Volume
Suppose that you want to make a can that would hold 350 cm 3 of content.
Perform Dimensional Analysis using L, M, and T. Since we are only dealing with dimension of the can, we will only use L.
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![[Step-by-Step] Now, we have an equation with](/images/solutions/MC-solution-library-49351.jpg "[Step-by-Step] Now, we have an equation with independent variable h and")
[Step-by-Step] Now, we have an equation with independent variable h and
![[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
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