Answer: b. the higher the required rate of return on an investment
Explanation: Inflation is an increase in the general level of prices or in the cost of living. It is the decline in the value of money and as such it erodes the purchasing power of future cash flows or investments. All things being equal, higher inflation rates (current or expected) equates to rising yields across the yield curve. As a result, investors demand this higher yield to account for the risk of inflation. This makes option b the only option that is true and accurate.
The higher the expected rate of inflation, the higher the required rate of return on an investment.
The correct answer is b. The higher the expected rate of inflation, the higher the required rate of return on an investment. When the expected rate of inflation is high, investors require a higher rate of return to compensate for the loss in purchasing power of their money. This is because high inflation erodes the value of money over time, reducing the real return on an investment. Therefore, investors demand a higher rate of return to maintain their purchasing power.
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A) 3.00%
B) 3.50%
C) 2.25%
D) 2.50%
Answer:
D) 2.50%
Explanation:
The arithmetic average return is simply the mean of all given return rates. There are four return rates and their values are, 10%, 15%, 15%, and -30%
S&P 500 index delivered an arithmetic average annual return of 2.5% for four years
Answer:
Accounts receivable turn over is 16.64
Explanation:
To compute accounts receivable turn over ratio, we simply divide net credit sales over the average accounts receivable.
Accounts receivable turn over ratio = $1,240,000/$74,500
= 16.64
The higher the ratio, the better it is in the company. It simply means, the company exercises the effective way to collect its receivable from the customer.
*Net credit sales is derived by deducting sales returns and allowances from gross credit sales. If the problem is silent regarding cash sales, we will assume that the sales made by the period is all at credit.
Answer:
$410,000
Explanation:
Residual income = operating income - (rate of return*average operating assets)
= $690,000-(14%*$2,000,000)
=$690,000-$280,000
=$410,000
Therefore the Top Hat Division's Residual Income (RI) would be $410,000
Answer:
$1,023
Explanation:
The computation of the selling price of Job 806 is given below:-
Total cost of JOB 806 = $682
Selling price of the cost = 100 + 50
= 150%
Selling price = Total cost of JOB 806 × Selling price of the cost Percentage
= $682 × 150%
= $1,023
Therefore for computing the selling price we simply multiply the total cost of JOB 806 with selling price of the cost percentage.
Answer:
Harper investment 160,000
building over fair value 16,000
royalty over fair value 34,000
cash 200,000
----
2017 entries:
loss on Harper Investment 32,000
Harper investment 32,000
---
Cash 4,000
Harper investment 4,000
----
Unrealized gain 2,000
Harper Investment 2,000
---
royalty over fair value 1,700
bulding over fair value 1,600
harper investment 3,300
---
2018 entries:
Harper Investment 16,000
Gain on Harper Investent 16,000
----
Cash 4800
Harper investment 4800
----
Unrealized gain 1,600
Harper Investment 1,600
---
royalty over fair value 1,700
bulding over fair value 1,600
harper investment 3,300
Explanation:
400,000 x 40% = 160,000
40,000 increase infair value of building x 40% = 16,000
royalty 85,000 x 40% = 34,000
total equity value 200,000
payment of 200,000
no goodwill.
amortization:
building: 16,000 / 10 = 1,600
royalty: 34,000 / 20 = 1,700
2017
loss: 60,000 x 40% = (32,000)
dividends 10,000 x 40% = (4,000)
unrealized gain: it kept 15,000/90,000 = 0.1667 = 16.67%
90,000 - 30,000 = 30,000 gain x 16.67% = 5,000 unrealized gain
5,000 x 40% = 2,000
2018
income 40,000 x 40% = 16,000
dividends 12,000 x 40% = (4,800)
unrealized gain kept 30%
80,000 - 50,000 = 30,000 x 30% = 9,000
the company has 40% so 9,000 x 40% = 3,600 unrealized
as we recognize 2,000 before we adjust for the difference of 1,600
Answer:
9.41%
Explanation:
Wiley United has a beta of 1
The market risk premium 11.5%
= 11.5/100
=0.115
Risk free rate is 2.3%
= 2.3/100
= 0.023
Therefore the expected rate of return can be calculated as follows
Expected rate of return= Risk free rate+beta(market return-risk free rate)
= 0.023+1(0.115-0.023)
= 1.023(0.092)
= 0.0941×100
=9.41%
Hence the expected return on the stock is 9.41%