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valentina_108 [34]

3 years ago

13

In the long run, an increase in the money supply will affect the price level and real GDP of an economy in which of the followin

g ways?

1 answer:

Mars2501 [29]3 years ago

4 0

Answer:

1. Lower the interest rates in the economy.

2. Increase asset prices

Explanation:

Remember, increase in money supply looks at the total money made available in circulation in an economy. Alternatively it is called liquidation.

The real of an economy takes into consideration the impact of inflation on the value of goods and services produced in an economy.

Therefore lower interest rates as a result of increase in money supply would results in more consumption and borrowing.

While the price of houses, stocks would rise because of the increased money supply.

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Suppose Stark Ltd. just issued a dividend of $2.24 per share on its common stock. The company paid dividends of $1.80, $1.98, $2

Sergeu [11.5K]

Answer:

Ans, The cost of the company’s cost of equity capital using the arithmetic average growth rate is 10.63% and using the geometric average of the growth rate is 10.60%

Explanation:

Hi, this is the equation we need to solve in order to find the company’s cost of equity capital.

$r=\frac{Dividend}{Price} +g$

As you can see, we almost have everything, the only problem here is "g", its growth rate, so let´s find "g" using the arithmetic average, but first, we need to find the growth rate for every period, the formula is

$g=\frac{(FinalDividend-PastDividend}{PastDividend}$

Therefore, we need to find 4 g´s, let´s call them g1, g2, g3 and g4:

$g1=\frac{(1.98-1.80)}{1.80} =0.10$

$g2=\frac{(2.05-1.98)}{1.98} =0.0354$

$g3=\frac{(2.16-2.05)}{2.05} =0.0537$

$g4=\frac{(2.24-2.16)}{2.16} =0.0370$

So the average is:

$Average(g)=\frac{0.10+0.0354+0.0537+0.0370}{4} =0.0565$

Therefore, the average growth rate is 5.65%

And the company’s cost of equity is:

$r=\frac{2.24}{45} +0.0565=0.1063$

so, if the average growth rate is found by using the arithmetic average is 10.63%.

Now, let´s find the geometric average

$g(average)=\sqrt[4]{(1+0.10)(1+0.0354)(1+0.0537)(1+0.0370)} -1=0.0562$

therefore, using the geometric average to find the growth rate, the company’s cost of equity is:

$r=\frac{2.24}{45} +0.0562=0.1060$

using the geometric average, the company’s cost of equity is 10.60%

Best of luck.

7 0

3 years ago

What is the business <br>

Lisa [10]

pls follow me

Explanation:

The term "business" also refers to the organized efforts and activities of individuals to produce and sell goods and services for profit.

5 0

3 years ago

How can being part of an organization help you get a job?

lilavasa [31]

Answer:

Involvement with the organization can lead you from a participant role to a work grup role. For example, If a person gets involve as a volunter with a organization teaching kids in developing countries the volunter might become a great professor and the organization might hire him/her as a part of the work group that manage that program.

Another way of getting a job from being part of an organization is belonging to a professional asociation this organization gives status to the profesional and rise the cahnces of being hire.

3 0

3 years ago

A coffee shop buys 2000 bags of their most popular coffee beans each month. The cost of ordering and receiving shipments is $12

aleksley [76]

Solution :

The optimal order quantity, EOQ = $\sqrt{\frac{2 \times \text{demand}\times \text{ordering cost}}{\text{holding cost}}}$

EOQ = $\sqrt{\frac{2 \times 2000 \times 12}{3.6}}$

= 115.47

The expected number of orders = $\frac{\text{demand}}{EOQ}$

$=\frac{2000}{115.47}$

= 17.32

The daily demand = demand / number of working days

$=\frac{2000}{240}$

= 8.33

The time between the orders = EOQ / daily demand

$=\frac{115.47}{8.33}$

= 13.86 days

ROP = ( Daily demand x lead time ) + safety stock

$=(8.33 \times 8)+10$

= 76.64

The annual holding cost = $\frac{EOQ}{2} \times \text{holding cost}$

$=\frac{115.47}{2} \times 3.6$

= 207.85

The annual ordering cost = $\frac{\text{demand}}{EOQ} \times \text{ordering cost}$

$=\frac{2000}{115.47} \times 12$

= 207.85

So the total inventory cost = annual holding cost + annual ordering cost

= 207.85 + 207.85

= 415.7

6 0

2 years ago

"i can do well in a challenging situation without being a credit to my race

MA_775_DIABLO [31]

Is this supposed to be a question?

7 0

3 years ago

Read 2 more answers