Answer:
12.34%
Explanation:
initial outlay = -$1,875,000
NCF year 1 = $415,350
NCF year 2 = $415,350
NCF year 3 = $415,350
NCF year 4 = $415,350
NCF year 5 = $415,350
NCF year 6 = $415,350
NCF year 7 = $415,350
using a financial calculator or an excel spreadsheet, IRR = 12.3.4%
the internal rate of return is the discount rate at which a project's NPV = 0
Answer:
9.10%
Explanation:
Data provided in the question:
Buying cost of the preferred stocks = $40
Selling cost of the preferred stock = $40
Dividends received = $4
Now,
The total before-tax income = Dividend received = $4
After the 70% exclusion for preferred stock dividends,
The taxable income = 0.30 × $4
= $1.20
Thus,
Taxes = 0.30 × $1.20
= $0.36
Therefore,
The After-tax income
= $4.00 - $0.36
= $3.64
Hence,
Rate of return = [ After-tax income ÷ Buying cost ] × 100%
= [ $3.64 ÷ $40.00 ] × 100%
= 9.10%
The right answer for the question that is being asked and shown above is that: "supply of university admissions won’t be changed because demand for admission will increase." When the government offers subsidies to state universities that admit students with B averages in high school, supply of university admissions won’t be changed because demand for admission will increase.
Total labor content is 4.2143 min per shirt.
<h3>What do you mean by labor content?</h3>
The sum of all the process stages' individual times is known as the total labor content. For instance, if a procedure has two steps that each take 20 seconds, the total labor time is 40 seconds. Cycle time minus processing time is the definition of idle time.
Capacity of resource 1=35 shirts / hour
Time taken per shirt at resource 1=60 / 35=1.7143 minutes
Capacity of resource 2=24 shirts / hour
Time taken per shirt at resource 2=60 / 24=2.5 minutes
Therefore,
Total labor content = Time taken per shirt at resource 1+ Time taken per shirt at resource 2=1.7143+2.5=4.2143 minutes per shirt
Disclaimer
Shirts are made in a process with two resources. There is one worker in eachresource. The first resource has a capacity of 35 shirts per hour. The capacity of thesecond resource is 24 shirts per hour. Demand for this process is 20 shirts per hour. What is the total labor content in a shirt? Provide your answer in minutes per shirt.
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