Answer: option (B). Eurocurrencies
Explanation: Euro currency is currency deposited by nationals governments or corporations, outside of its home market. Eurocurrency is a currency commonly held in banks located outside of the country which issues the currency. Moreover is is pertinent to note that the term Eurocurrency applies to any currency and to banks in any country. Having Euro doesn’t mean the transaction has to involve European countries.
Eurocurrency is when an institution uses money from another country, but not in the originating country’s home market, and despite the name, Eurocurrency can involve any currency. For example Nigeria Naira deposited at a bank in United state is Eurocurrency.
Answer:
(1) Controllable margin $ 191420
(2) Variable Costs$ 371580
(3) Contribution Margin $ 146380
(4)Controllable fixed costs $45,040
(5) Controllable fixed costs $ 95710
(6) Sales $ 484,180
Explanation:
The workings have been done to show the results.
Swifty Inc.
Women’s Shoes Men’s Shoes Children’s Shoes
Sales 675,600 506,700 (6) $ 484180
Variable costs (2)$ 371580 360,320 281,500
C. Margin $304,020 $ (3)146380 $202,680
(2) Variable Costs = Sales - Contribution Margin= 675600- 304020=
$ 371580
(3) Contribution Margin= Sales - Variable Costs = 506,700-360,320 = $ 146380
(6) Sales = Contribution Margin + Variable Costs= 281,500 +$202,680 = $ 484,180
Swifty Inc.
Women’s Shoes Men’s Shoes Children’s Shoes
Sales 675,600 506,700 $ 484180
Variable costs $ 371580 360,320 281,500
C. Margin $304,020 $ 146380 $202,680
Controllable
fixed costs 112,600 (4) $45,040 (5) $ 95710
Controllable margin (1) $ 191420 101,340 106,970
(1) Controllable margin=Contribution Margin-Controllable fixed costs
= $ 304,020 -112,600 =$ 191420
(4) Contribution Margin- Controllable margin=Controllable fixed costs
$ 146380 - 101,340 = $45,040
(5) Contribution Margin- Controllable margin=Controllable fixed costs
$202,680 - 106,970 = $ 95710
b. Determine the value of the bond to you given the market's required yield to maturity on a comparable-risk bond.
c. Should you purchase the bond?
Answer:
A) YTM 7.06%
B) $847.8784
C) No I will not as it is overpriced.
Explanation:
A) the yield to maturity is calculate as the rate at which the present value of the coupon payment and maturity equals the market price.
It is done by approximation or using excel or financial calculator.
YTM using goal seek excel: 0.070630268 = 7.06%
Using this rate rounded:
Present value of the coupon payment.
C: 1,000 x 8% = $ 80.00
time 15 years
YTM: 0.076
PV $725.8798
Maturity: $1,000
time 15 years
YTM: 0.076
PV 359.41
PV coupon $725.8798 + PV maturity $359.4110 = $1,085.2909
B) Present value of the bond at comparable-risk YTM:
C: 1,000 x 8% = $ 80.00
time 15 years
comparable risk rate: 0.1
PV $608.4864
Maturity $ 1,000.00
time 15 years
comparable risk rate: 0.1
PV 239.39
PV coupon $608.4864 + PV market $239.3920 = $847.8784
I will not purchase as it is overvalued:
1,085 - 847.88= 237.12
a. The bond's yield to maturity is 8.46%. b. The value of the bond to you is $800. c. It may not be a good investment to purchase the bond.
a. To compute the bond's yield to maturity, we can use the formula: Yield to Maturity = (Annual Interest Payment + (Face Value - Current Price) / Number of Years) / ((Face Value + Current Price) / 2). Plug in the values we have: Annual Interest Payment = $1,000 * 8% = $80, Face Value = $1,000, Current Price = $1,085, Number of Years = 15. Yield to Maturity = ($80 + ($1,000 - $1,085) / 15) / (($1,000 + $1,085) / 2) = 8.46%.
b. To determine the value of the bond to you, we can use the formula: Value of Bond = Annual Interest Payment / Yield to Maturity. Plug in the values we have: Annual Interest Payment = $80, Yield to Maturity = 10%. Value of Bond = $80 / 10% = $800.
c. Should you purchase the bond? Since the current market price of the bond is higher than the value of the bond to you, it may not be a good investment. You would be paying more than the bond's actual value, which would lower your potential return on investment.
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Answer:
Following are the solution to this question:
Explanation:
Yes, at the end of the year Lauren is now under the age of eighteen but her salary is much more than $2,100, and she's eligible to its Kiddie levy. Notice that perhaps the child's net unpaid wages are a kiddie tax base. Net income that is undeserved shall be less than total salary of even an unarned infant minus $2,100 or tax payable of the child. Here, Lauren's Tax Income is measured as gross income of $9,200, minus her $3,350 = $5,850. That gross taxes unattained minus 2,100 dollars was estimated as 6.200 dollars less 2,100 dollars = 4,100 dollars taxed to use a fide and interest deduction schedule. The other $1,750 is paid 10 percent of Lauren's cost.
a. total fixed costs must be increasing
b. average variable cost must be increasing,
c. marginal cost must be below average total cost.
d. average fixed costs must be increasing.
e, average total cost is no longer equal to the sum of average variable cost and average fixed cost.
Option (a) total fixed costs must be increasing if the average total cost is increasing as output rises.
In the short term, as a company's output increases, its average fixed cost decreases. Fixed costs remain the same regardless of the number of products produced. As performance improves, the fixed cost contribution per unit decreases.
On the short-term curve, much of the initial downslope is due to lower average fixed costs. Increasing the variable input return at low output levels also plays a role, but the slope is due to the decreasing limit variable input return.
Learn more about average total cost at
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Answer:
Dividend yield= 3.53%
Explanation:
The dividend yield is the proportion of the market price that is earned as dividend. The higher the dividend yield the better for the investor.
The dividend yield is calculated as follows:
Dividend yield = Dividend paid /Current market price per share × 100
Dividend yield = 1.40/39.70× 100= 3.52
Dividend yield= 3.53%
Answer:
10.20%
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
where.
The Market rate of return - Risk-free rate of return) is also known as the market risk premium and the same is applied.
So, the market risk premium would be
= Average annual return - average annual t-bill yield
= 15.8% - 5.6%
= 10.20%