Answer:
3,825.2 labor hours
Explanation:
Learning rate (Unit 1 and unit 2):
= Labor hour required for 2nd unit ÷ Labor hour required for 1st unit
= 1,200 ÷ 2,000
= 0.60
Learning rate (Unit 2 and unit 3):
= Labor hour required for 3rd unit ÷ Labor hour required for 2nd unit
= 1,130 ÷ 1,200
= 0.94
Average of learning rates = (0.60 + 0.94 ) ÷ 2
= 0.77
As per learning curve calculator the value of 77% for 6 units = 4.0776
Cumulative time = Factor × Time of first unit
= 4.0776 × 2,000
= 8,155.2
Hence,
Time for next three units:
= Cumulative time - Sum of the time of first, second and third unit
= 8,155.2 - (2,000 + 1,200 + 1,130)
= 3,825.2 labor hours should Simpson plan for.
Answer:
Capacity utilization rate in October is 63.75%
Explanation:
Units produced in October = 18170
Units production in most efficient way = 28500
Capacity utilization rate in October = 18170 / 28500 = 0.6375
In percentage, it is 63.75%
Answer:
C
Explanation:
Countries rely on each other for cheaper products
Answer:it ignores cash flows following the payback period
Explanation:
The payback method of budgeting does not consider inflows of cash that occur beyond or following the payback period, thus ignoring the profitability of one project as compared to another in the sense that one project may be more valuable than another based on future cash flows.
Also, Many capital investments provide complexity of cash flows as a result of investment returns over a period of many years, which also does not align with Payback method , because of this limitation, many businesses have adjusted by using their discretion to override this rule.
Answer: Option A
Explanation: In simple words, return on investment refers to the mount of profit that an investor earns in relation to the cost he or he incurs by undertaking an investment.
It is used as a performance measure to evaluate the efficiency and effectiveness of a project by comparing it with other investments having some characteristics.
Hence from the above we can conclude that the correct option is A .
