Solution: | |||
Answer is 2nd option $55.40 | |||
Working Notes: | |||
the given total variable cost contain some fixed cost component which increases with increases with range of every 50 units | |||
So we will calculate variable cost per unit of this type of case | |||
Variable cost per unit = ( Change in total cost )/ Change in units | |||
Variable cost per unit = ( Total cost at 430 units -total cost at 380 unit )/ ( 430 - 380) | |||
Variable cost per unit = (24900 -22900 )/ ( 430 - 380) | |||
Variable cost per unit =2000/50 | |||
Variable cost per unit =$40 per units | |||
Total fixed cost at 430 units level | |||
= Total cost at 430 units - Variable cost per unit x 430 units | |||
= 24,900 - $40 x 430 units | |||
=24900 - 17200 | |||
=7700 | |||
Since 500 lenses is out of range of 430 + 50 units 480 units , hence it total cost can be only projected using total fixed cost at 430 units level | |||
And asked is also is per unit total cost to be projected | |||
total cost projected at 500 lenses level | |||
=variable cost per unit x no of units + the fixed cost at nearest range which is 430 units | |||
=$40 x 500 + 7,700 | |||
=$20,000 + 7,700 | |||
=27,700 | |||
per unit total cost to be projected | |||
= Total projected cost at 500 lenses/ No of total units | |||
= 27,700/ 500 | |||
= $55.40 per unit total cost to be projected | |||
Please feel free to ask if anything about above solution in comment section of the question. |
The following costs were for Optimal View Inc., a contact lens manufacturer Variable Output Fixed Cost...
The following costs were for Optimal View Inc., a contact lens manufacturer: Output Fixed Cost Variable Cost Total Costs 270 $ 5,300 $ 10,000 $ 15,300 320 5,300 12,000 17,300 370 5,300 14,000 19,300 420 5,300 16,000 21,300 At an output level of 500 lenses, per unit total cost is projected to be: Multiple Choice $44.45. $49.00. $38.05. $55.27. $47.16.