For questions $10-12,$ refer to the following problem:

A manufacturing company is planning to make a newly developed product. Annual fixed cost for manufacturing of the product is $$60,000.$ The selling price is $$\frac{10}{?}$ unit, and the variable cost is $$6/$unit$.$

$10.$ To break even; the annual production level for the company needs to be at$,$

a$.10,000$ units

b$.20,000$ units

c$.15,000$ units

d$.6,000$ units

$11.$ To make profit of $$16,000$; the annual production level for the company needs to be at$,$

a$.19,000$ units

b$.19,500$ units

c$.20,000$ units

d$.31,000$ units

$12.$ If the company sets annual production at $12,000$ units, what must the selling price be to beak even. Assume annual fixed cost is still $$60,000$ and unit varable cost is $$\frac{6}{?}$ unit.

a$.$ $$15/$unit

b$.$ $$10/$unit

c$.$ $$12/$unit

d$.$ $$\frac{11}{?}$ unit

For questions $13-16,$ refer to the following problem:

A company is considering two options for production of a part needed in manufacturing process. Cost information for these two options is as follows:

$\backslash$table$[[$ALTERNATIVE$,$FIXED COST,VARIABLE COST$],[$Special$-$Purpose Equipment,$$250,000$ per year,$$10$ per unit$],[$General$-$Purpose Equipment,$$50,000$ per year,$$20$ per unit$]]$

Using the above information, answer the following questions:

$13.$ What is the break even quantity between the two options?

a$.20,000$ units per year

b$.40,000$ units per year

c$.25,000$ units per year

d$.50,000$ units per year

What are the total costs under the Specil Pupuse Rqupunent opion for an annual quantily of $50,000$ units?

a$.$ $$1,000,000$

b$.,$$$750\mathrm{.}000$

c$.,$$$500\mathrm{.}000$

d$.$ SR$50,000$

What are the total costs under the Constal Pupow Rumprient pption for an anual quantity of $50,000$ mits?

Si$00,000$

b$.,$$$450,000$

c$.,$$$800,000$

d$.,$$$1\mathrm{.}050,000$

For what range of ouput is the spetwi Pupustequpment the low cost option?

a$.$ more thas $40,000$ units per year

b$.$ more than $20,000$ units per year

c$.0-20,000$ unis per year

d$.0=40,000$ unis per year