Question $2$

Complete Problem $2-19.$ Solve part $($a$)$ & $($b$)$ only. Do not consider design B in your calculation and graph. Perform calculations and develop a breakeven graph for design A & C only. Use intervals of exactly $10,000$ cells $($i$.$e$.0,10,000,20,000...\mathrm{.}150,000)$ for your breakeven chart. Answer the following:

$-$What is the breakeven point? Blank $1$

What is the total cost of Design A if the production volume is $10,000$ cells per year?

Blank $2$

What is the total cost of Design C if the production volume is $10,000$ cells per year?

Blank $3$

What is the total cost of Design A if the production volume is $50,000$ cells per year?

Blank $4$

What is the total cost of Design C if the production volume is $50,000$ cells per year?

Blank $5$

What is the total cost of Design A if the production volume is $150,000$ cells per year?

Blank $6$

What is the total cost of Design C if the production volume is $150,000$ cells per year? Blank $7$

$2-19$ Three alternative designs have been created by engi$-$

G neers for a new machine that inspects solar power photovoltaic cells for home use. The costs for the three designs $($where $x$ is the annual production rate$)$ follow:

$\backslash$table$[[$Design$,$Fixed Cost,Variable Cost $(\frac{\text{\$}}{x})$