ASSIGNMENT $2$

Three mutually exclusive design alternatives are being considered. Pertinent data regarding these alternatives are the following:

$\backslash$table$[[,$Design Alternatives$],[,$A$,$B$,$C$],[$Initial Cost,$245,000,350,000,480,000],[$Machine Capacity,$150,000,170,000,210,000],[$Machine Efficiency,$95\%,96\%,98\%],[$Fixed Cost,$125,000,122,000,120,000],[$Residual Value,$15,000,52,500,48,000],[$Selling Price per unit,$3\mathrm{.}50,3\mathrm{.}50,3\mathrm{.}50],[$Variable Cost per unit,$1\mathrm{.}80,1\mathrm{.}70,1\mathrm{.}70],[$Useful Life,$10,10,10]]$

Required:

Based on the provided data, conduct an economic analysis and evaluation process for engineering projects to select the best alternative, and then prepare a report containing the following parts:

A$.$ Cover Page $($include names of members$)$

B$.$ Introduction $($the problem, objectives, methodology$)$

C$.$ Data for Analysis

D$.$ Cash Flow

E$.$ Data Analysis $($include all calculations$/$solutions$)$

F$.$ Summary Table

G$.$ Conclusion, Recommendation, Justification