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maksim [4K]
3 years ago
15

In a state of market equilibrium, the intrinsic value of the stock will be the market price of the stock. An analyst with a lead

ing investment bank tracks the stock of Mandalays Inc. According to her estimations, the value of Mandalays Inc.’s stock should be $11.52 per share, but Mandalays Inc.’s stock is trading at $19.57 per share on the New York Stock Exchange (NYSE). Considering the analyst’s expectations, the stock is currently:
Business
1 answer:
Vesnalui [34]3 years ago
6 0

Answer:

overrated

Explanation:

The expected vale of the stock is below their current market value.

This means the expected earnings and dividends of the company are going to decrease in the following months. Or that other stocks semes more profitable, making this stock price going down:

This may occurs because, the price earings of this stock (times the Earings per share pays the market price is greater than other stock. Investor will move from a stock with a P/E of 20 to another which P/E is % as their return in investment will be higher.

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IM.72 The Candy Shack has a monthly demand of 150 bags of Watermelon Slices. They pay $10.97 for each box of candy which contain
alisha [4.7K]

Answer:

a). Total annual demand=13 boxes

b). Material cost per bag=$1.60

Explanation:

a). The following expressions can be derived;

Total number of bags=number of bags per box×number of boxes

where;

Total number of bags=150 bags

Number of bags per box=12 bags

Number of boxes=n

Replacing;

150=12×n

12 n=150

n=150/12=12.5

Number of boxes =12.5 rounded to the nearest whole number=13

Total annual demand=13 boxes

b). Material cost per bag

Total material costs=(Cost per box×number of boxes demanded)+Ordering cost

Total material costs=(10.97×13)+75=$217.61

Additional cost=(10/100)×217.61=21.761

Total material costs=(217.61+21.761)=239.371

Material cost per bag=Total material cost/number of bags

where;

Total material cost=$239.371

Total number of bags=150 bags

replacing;

Material cost per bag=239.371/150

Material cost per bag=1.596 to nearest two decimal places=1.60

Material cost per bag=$1.60

5 0
3 years ago
Taxicab fares in most cities are regulated. Several years ago taxicab drivers in Boston obtained permission to raise their feres
Scorpion4ik [409]

Solution:

Let's start by assuming that the taxi ride demand is extremely elastic, to the extent that it is vertically sluggish! If the cabbies raise the fair price by 10% from 10.00 per mile to 11.00 per kilometre, the number of riders remains 20.

Total income before fair growth= 20* 10= 200.

Total income following fair growth = 11* 20= 220.

A 10% increase in the fare therefore leads to a 10% increase in the driver's revenue.

Therefore, the assumption in this situation is that the cab drivers think the taxi driving requirement is highly inelastic.

The demand curve facing the drivers of the cab is still inelastic, but not vertically bent.

When the rate increased from 10% to 11, riders declined from 20% to 19%

Total revenue before fair growth is 20* 10= 200

The gap between revenue and fair growth is 19* 11= 209

This means that a realistic 10% raise doesn't result in a 10% boost on income Because the market curve for taxi rides is not 100% inelastic, but rather low inelastic, so that a fair increase (control) allows consumers to lose their incomes.

7 0
3 years ago
You bought one of Great White Shark Repellant Co.’s 5.8 percent coupon bonds one year ago for $1,030. These bonds make annual pa
defon

Answer:

total rate of return on the Bond = 9.40%

Explanation:

given data

coupon bonds  = 5.8%

bonds price =  $1,030

maturity time = 14 year

required return on the bonds = 5.1 percent

solution

we know here market price of the bond is Present Value of Coupon Payments + Present face Value  

so that face Valueof  bond = $1,000

and here annual Coupon Amount will be

annual coupon amount = $1000 × 5.80%

annual coupon amount = $58

and here Market Price of the Bond will be

Market Price of Bond = Present Value of Coupon Payments + Present face Value    ......................1

here Present Value of Coupon Payments  at PVIFA 5.10% and 14 Years

Present Value Annuity Inflow Factor (PVIFA) =  \frac{1-(1/(1+r)^t}{r}  ....2

Present Value Annuity Inflow Factor =  \frac{1-(1/(1+0.0510)^14}{0.0510}

Present Value Annuity Inflow Factor = 9.83566

and

Present Value Inflow Factor (PVIF) 5.10%, 14 Years= \frac{1}{(1+r)^t}   ...........3

Present Value Inflow Factor (PVIF) = \frac{1}{(1+0.0510)^14}

Present Value Inflow Factor = 0.49838

so

Market Price of Bond = ( $58 × 9.83566 ) + ( $1,000 × 0.49838 )

Market Price of Bond = $1,068.85

so total rate of return on the Bond will be

total rate of return on the Bond = [ { Annual Coupon Amount + ( Change in Bond Price ) } ÷ Current Price]  ...............4

total rate of return on the Bond = \frac{58+(1068.85-1030)}{1030}

total rate of return on the Bond = 9.40%

5 0
3 years ago
Consider the following​ alternatives: i. $ 140 received in one year ii. $ 240 received in five years iii. $ 350 received in 10 y
Svetradugi [14.3K]

Answer:

Ranking 10% interest rate:

1) 5 years

2) 10 years

3) 1 year

Raking 2% interest rate:

1) 10 years

2) 5 years

3) 1 year

Raking 18% interest rate:

1) 1 year

2) 5 years

3) 10 years

Explanation:

You have to apply to bring the amount of money to present value, according with the information, the formula is the next:

Present Value = Future Value/((1+ interest rate)^(n))

Where n is the number of years that you have to wait to receive the money.

You have to calculate every situation with the respective amount of time and interest rate, the result must be money. and when you get the 9 results, you have to compare every situation and chose the higher amount of money according to the interest rate, for example:

Present value = 140/ ((1+10%)^(1))=  127    

                       =  140/ ((1+10%)^(5))=   149    

                        =  140/ ((1+10%)^(5))=   135

So the answer for the first scenario with an interest rate of 10% is:  

Ranking 10% interest rate:

1) 5 years

2) 10 years

3) 1 year

5 0
3 years ago
A worksheet contains sales dollars for agents with your company. The values are $1,250, $1,090, $985, $985, $880, $756, $675, $6
ivolga24 [154]

Answer:We use the Large Function. the general formula is  =LARGE(first cell:last cell,3) .Please refer to the explanation section for details

Explanation:

Let us assume

A 1 = $1,250,  A 2 = $1,090, A 3 = $985, A 4 = $985, A 5 = $880, A 6 = $756, A 7 = $675, A 78= $650, and A 9 =$600

Using the Large function on excel to return the third largest value, on the formula bar we have the following formula;

=LARGE(A1:A2,3)

7 0
3 years ago
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