Part $2-$ Optimizing the Package

Now you must make sure that you design a package that optimizes the volume to give

the lowest cost. You need to calculate the best dimensions for the rectangular prism and

the cylindrical packages. If you want a challenge $($and more marks$)$ try to find the best

dimensions for the right isosceles triangular prism. You must include all of the

requirements from part $1$ for these new calculations.

Rectangular Prism

Hint: What is special about the rectangular prism that minimizes surface area?

Calculation of dimensions for

$3-$D Sketch

OPTIMAL rectangular prism

Cylinder

Hint: What is special about the cylinder that minimives curfarm anes?

Calculation of dimensions for OPTIMAL cylinder