Answer:
r or expected rate of return - market = 0.14 or 14%
r or expected rate of return - stock = 0.2120 or 21.20%
Explanation:
Using the CAPM, we can calculate the required/expected rate of return on a stock. This is the minimum return required by the investors to invest in a stock based on its systematic risk, the market's risk premium and the risk free rate.
The formula for required rate of return under CAPM is,
r = rRF + Beta * rpM
Where,
rRF is the risk free rate rpM is the market risk premium
Under CAPM, the assumption follows that the beta of the market is always equal to 1.
So, expected return on the stock market will be,
r or expected rate of return - market = 0.06 + 1 * 0.08
r or expected rate of return - market = 0.14 or 14%
The beta of the stock is given. We calculate the required rate of return on the stock to be,
r or expected rate of return - stock = 0.06 + 1.9 * 0.08
r or expected rate of return - stock = 0.2120 or 21.20%
Prices for airline tickets change on average about once per month. This would suggest that airline ticket prices are
Answer:
relatively flexible
Explanation:
Flexible pricing is when there is room for negotiation of prices of a product between the buyers and sellers.
So the price is prone to change in short amount of time.
Sticky price on the other hand tends to be non negotiable and the does not change over time.in the given scenario prices for airline tickets change on average about once per month.
So there is constant change of the price every month. Meaning the buyer can convince the seller to change his offering price.
The price is relatively flexible
Project L costs $70,000, its expected cash inflows are $16,000 per year for 8 years, and its WACC is 13%. What is the project's discounted payback?
Answer:
6.89 years
Explanation:
The discounted payback period can be calculated by using the following table
Year Cash flows PV(13%) Cumulative Cash flows
0 (70000) (70000) (70000)
1 16000 14159.29 (55840.71)
2 16000 12530.35 (43310.36)
3 16000 11088.80 (32221.56)
4 16000 9813.10 (22408.46)
5 16000 8684.16 (13724.30)
6 16000 7685.10 (6039.20)
7 16000 6800.97 761.77
8 16000 6018.56 6780.33
Discounted Payback = 6 years + 6039/ 6801
Discounted Payback = 6.89 years
Dawson Electronic Services had revenues of $106,000 and expenses of $63,000 for the year. Its assets at the beginning of the year were $413,000. At the end of the year assets were worth $463,000. Calculate its return on assets.
Answer:Return On Assets=9.8%
Explanation:
Return On Assets =Net income/Average total assets
But
Net income=Revenues-Expenses
=$106,000 - $63,000
= $43,000
And Average total assets is given as (Beginning assets +Ending assets)/2
= ($413,000+$463000)/2=$876,000 /2
=$438,000
Therefore Return On Assets =Net income/Average total assets
= $43,000 / $438,000
=0.098 x 100
=9.8%
On January 1, 2021, the general ledger of Grand Finale Fireworks includes the following account balances:
I need help with the analysis part. Thank you!
Answer:
first part
Return on equity = net income / equity =
net income = total revenue - expenses = $66,500 - $42,700 (salaries) - $6,900 (utilities) - $8,000 (supplies) - $1,675 (depreciation) - $2,700 (taxes) = $4,525
equity = $153,200 (Dec. 31 balance) + $42,000 (new stocks issued) - $20,000 (treasury stocks) - $3,620 (dividends) + 17,600 (treasury stocks sold) + $4,525 (net income) = $193,705
ROE = $4,525 / $193,705 = 2.34%
The company is less profitable than other companies in the same industry.
second part
total stocks outstanding = 18,100
third part
EPS for January = $4,525 / 18,100 = $0.25
EPS for January is higher than last year's average
A part of a business's message that distinguishes it from all its competitors
is referred to as what?
A. Cultural sensitivity
B. Unique selling proposition
C. Superiority clause
D. Isolation technique
Answer:
Unique selling proposition.
Answer:b
Explanation:
A company sells a plant asset which originally cost $354000 for $124000 on December 31, 2018. The Accumulated Depreciation account had a balance of $146000 after the current year's depreciation of $39000 had been recorded. The company should recognize a
Answer:
d. $45.000 loss on disposal.
Explanation:
a. $84000 gain on disposal. b. $84000 loss on disposal. c. $230000 loss on disposal. d. $45.000 loss on disposal.
Book Value on the Date of sale = Cost - Accumulated Depreication -Current year Depreciation
Book Value on the Date of sale = $354,000 - $146,000 - $39,000
Book Value on the Date of sale = $169,000
Gain (Loss) on disposal of the Asset= Selling Price - Book Value
Gain (Loss) on disposal of the Asset = $124,000 - $169,000
Loss on disposal of the Asset = $45,000
Dividends are best defined as:
a. cash or stock payments to shareholders.
b. cash or stock payments to either bondholders or shareholders.
c. distributions of stock to current shareholders.
d. cash payments to shareholders.
e. cash payments to either bondholders or shareholders.
Answer: a. cash or stock payments to shareholders
Explanation:
A dividend is a cash or stick payment that is given to the shareholders of a company. This reward given to the shareholders can be in the form of cash or other form.
The dividend given to the shareholders is gotten out of the profit that the company makes.
Therefore, the correct option is A.
Which of the following assumptions would cause the constant growth stock valuation model to be invalid? The growth rate is zero. The growth rate is negative. The required rate of return is greater than the growth rate. The required rate of return is more than 50%. None of the above assumptions would invalidate the model. -Select-
Answer:
e. None of the above assumptions would invalidate the model
Explanation:
Incomplete question "The constant growth model is given below: P0 = [D0(1 + g)]/[(rs - g)]"
According to dividend discount model,
P0 = D1/(R-G)
D1 - Dividend at t =1
R - Required rate
G - Growth rate
This would be invalid if R < G. In other words, Dividend growth model will be invalid in only one situation, that is, when growth rate is more than require return. In this situation growth model cannot be used.
A friend asks to borrow $635.52 today and promises to repay you $1,000 with interest compounded annually at 12%. How many years (compounding periods) will pass before you receive the payment
Answer:
4 years
Explanation:
We can calculate the years (compounding periods that) will pass before you receive the payment by calculating the PV factor at 12% as follows.
DATA
Amount borrowed = $635.52
future amount = $1,000
Interest rate = 12%
Time period (n) = ?
Solution
Amount borrowed = future amount x Present value factor (12%, n)
$635.52 = $1,000 x PV factor(12%, n)
0.63552 = PV factor(12%, n)
If you see in a discount table yu wi see 0.63552 in the fourth row of 12% rate that means it will take 4 years to receive the payment.
Your goal is to earn an annual salary of $100,000 three years from now. You expect to increase your salary by 6.5 percent annually. How much do you need to earn this year if you are going to reach your goal?
a. $72,988.08
b. $82,784.91
c. $87,878.88
d. $84,363.13
Answer:
$87,878.88
Explanation:
Calculation How much do you need to earn this year
Using this formula
PV = FV/ (1 + r )^n
Where,
FV =Future Value=$100,000
PV = Present Value
r = rate of interest=6.5%
n= no of period=3 years
Let plug in the formula
PV = $100,000 / ((1 + 6.5%)^3)
PV = $82,784.91
Therefore the amount you need to earn this year will be $82,784.91
Assume you just deposited $1,000 into a bank account. The current real interest rate is 7.00% and inflation is expected to be 8.00% over the next year. What nominal interest rate would you require from the bank over the next year? How much money will you have at the end of one year? If you are saving to buy fancy bicycle that currently sells for $1,050, will you have enough money to buy it?
Answer:
a) The nominal interest rate that I would require from the bank over the next year is 15%.
b) At the end of one year, I will have $1,150.
c) If I am saving to buy a fancy bicycle that currently sells for $1,050, I will have enough money ($1,150) to buy it. It will be costing $1,134 ($1,050 * 1.08) with inflation rate of 8% in one year's time.
Explanation:
The nominal interest rate (15%) is higher than the real interest rate (7%) when inflation is positive because the real interest rate is adjusted for inflation (at 8%). The real interest rate is the rate without inflation while the nominal interest rate factors in the inflation rate.