Answer:
0.9717 per unit sold (approx)
Explanation:
Here, we are assuming 52 weeks in a year.
Contribution margin:
= (Sales revenue - variable cost) ÷ sales revenue
= [(3.52 × 10 + 3.52 × 0.18 × 540 × 52) - (3.52 × 0.26 × 551)] ÷ (3.52 × 10 + 3.52 × 0.18 × 540 × 52)
= [(35.2 + 17,791) - (504)] ÷ (35.2 + 17,791)
= [17,826.2 - 504] ÷ 17,826.2
= 17,322.2 ÷ 17,826.2
= $0.9717 per unit sold (approx)
Answer:
The equilibrium level of output will be Y=2200
Explanation:
Comnsider the following formulas to solve the exercise.
1. Using the Expenditure approach to GDP,
Y=C+I+G
Y=200 + 0.75(Y-200)+200+300
Y=700+0.75Y-150
0.25Y=550
The equilibrium level of output will be Y=2200
Less than the bond interest payment
Answer:
Given that generators generate greater profit with less consumption of hours, the maximum profit would be building 130 generators, obtaining $ 32,500 of profit, and there would be 10 hours of testing left over.
Explanation:
Since the Electrotech Corporation manufactures two industrial-sized electrical devices: generators and alternators, and both of these products require wiring and testing during the assembly process, and each generator requires 2 hours of wiring and 1 hour of testing and can be sold for a $ 250 profit, while each alternator requires 3 hours of wiring and 2 hours of testing and can be sold for a $ 150 profit, and there are 260 hours of wiring time and 140 hours of testing time available in the next production period and Electrotech wants to maximize profit, to determine this situation the following mathematical logical reasoning must be carried out:
260/2 = 130
140 - 130 = 10
130 generators = 32,500
Thus, given that generators generate greater profit with less consumption of hours, the maximum profit would be building 130 generators, obtaining $ 32,500 of profit, and there would be 10 hours of testing left over.
