Answer:
b. 18,602 units.
Explanation:
First, we need to use last year's information to determine last year's fixed costs.
Price (P1) = $7.68
Variable costs (VC1) = $2.25
Units sold to break-even (n1) = 21,800
At the break-even point, net income is zero and the fixed cost can be found by:
[tex]N=0 = n_1*(P_1-VC_1) -FC_1\\0=21,800*(\$7.68-\$2.25) - FC_1\\FC = \$118,374[/tex]
With information from last, information for the current year can be determined:
Price (P2) = $10.00
Variable costs (VC2) = $2.25 x 1.3333 = $3.00
Fixed cost (FC2) = $118,374 x 1.10 = $130,211.4
The number of units required to break even is:
[tex]N=0 = n_2*(P_2-VC_2) -FC_2\\0=n_2*(\$10-\$3) - \$130,211.4\\n_2 = 18,601.63\ units[/tex]
Rounding up to the nearest whole unit, Dorcan Corporation must sell 18,602 units to break-even.