The vehicles worth at the end of its lease.
Answer:
It is cheaper to make the part. In three years the company will save $12,000.
Explanation:
Giving the following information:
Units= 40,000
Variable costs= $1.60 per unit
Fixed costs= $40,000 per year
Gilberto is considering buying the part from a supplier for a quoted price of $2.70 per unit guaranteed for three years.
We need to calculate the total cost of making and buying the part.
Make in-house:
Total cost= 1.6*40,000 + 40,000= $104,000
Buy:
Total cost= 40,000*2.7= $108,000
It is cheaper to make the part. In three years the company will save $12,000.
Answer:
It is more convenient to produce in house.
Explanation:
Giving the following information:
Direct materials $ 4.00
Direct labor 8.00
Overhead 9.00
Total costs per unit $ 21.00
Direct materials and direct labor are 100% variable. The overhead is 80% fixed. An outside supplier has offered to supply the 61,000 units of RX5 for $19.00 per unit.
The fixed costs are unavoidable, therefore we will concentrate the analysis in the variable costs.
Make in house:
Unitary cost= 4 + 8 + (9*0.20)= $13.8
Buy= 19
Difference= 19 - 13.8= 5.2
It is more convenient to produce in house.
Answer:
Explanation:
Sales budget for may = 540
Sales budget for June = 670
Opening inventory for may = 190
Closing inventory for May = 155
Production in may =( 190+540)-155=575
Opening inventory in June = 155
Closing inventory = 165
Production in June = (155+670)-165=660
May material needs = 3(575+ (20%*660)
=3*707=2121 wheels
2121*24=$50,904
June material needs =3(660+(20%*640)
3*788=2364
2364*24=$56,736
Answer:
FV= $1,259.71
Explanation:
Giving the following information:
Initial deposit (PV)= $1,000
Number of periods (n)= 3 biannual years
Interest rate (i)= 8% = 0.08
<u>To calculate the future value (FV), we need to use the following formula:</u>
FV= PV*(1+i)^n
FV= 1,000*(1.08^3)
FV= $1,259.71
