What famous economist developed the principle of comparative advantage as we know it today?

A delivery of packaged frozen vegetables should be rejected if

pav-90 [236]

If the temperature of chilled food deliveries is less than or equal to +5°C and frozen food is not greater than –18°C. Food which is delivered at the wrong temperature must be rejected, i hope this helped!

7 0

3 years ago

Professor jennings claims that only 35% of the students at flora college work while attending school. dean renata thinks that th

hodyreva [135]

The data iuse
<span>use a 5% level of significance. Very yes</span>

4 0

3 years ago

What activity is designed to generate a listing of potential clients?

Sidana [21]

Prospecting is an activity that is designed to help a real estate broker generate more listings. This can be a time consuming endeavor, but well worth it in the end for brokers. One of the ways to start prospecting is to make cold calls. Before making any cold calls, and have a script ready for each call. This is one of the most effective prospecting methods. Always stick to a schedule and set aside time each day for prospecting. Other prospecting idea's are to update all of your social media accounts, ask for referrals, start a door hanging campaign, and use the website Zillow to find more leads. You can also offer an information session for first time buyers in your area, this will help to meet new people. Always reach out to expired real estate listings and see if they are interested inputting their home back on the market. Many real estate brokers will also sponsor a children's sport team, and at each game introduce yourself to the parents. It also crucial to keep in touch with all of your past clients, this helps build trust. You can send out holiday cards to members of the community to make people know that you do. Prospecting isn't for everyone, but it is the best activity in real estate to generate new leads.

6 0

3 years ago

Exxon has the following capital structure: the firm issued 6 million shares of common stock with the stock price in c), the firm

lesantik [10]

Answer: some data is missing but I was able to find it online and that helped me resolve the problem .

answer : WACC = 15.76%

Explanation:

Given that the common stock price = $9 ( as seen in option C not attached above )

value of common stock = $9 * 6 * 10^6 = $54,000,000

cost of common equity = 10.93%

current preferred stock price = $6

value of preferred stock = $6 * 1,500,000 = $9,000,000

hence the cost of the preferred equity = $4.5 / $6 = 0.75 = 75%

interest rate of debts = 6.5%

value of debit = $25,000,000

Corporate tax rate = 25%

∴ The cost of the debit after tax = 6.5% * ( 1 - 25)% = 4.88%

The Total value = value of common stock + value of preferred stock + value of debit

= 54,000,000 + 9,000,000 + 25,000,00 = $88,000,000

<u>Finally the weighted average cost of capital ( WACC )</u>

[weight of debt * cost of debt after tax ] + [ weight of common equity * cost of common equity ] + [weight of preferred * cost of preferred ]

= [ (25/88) * 4.875 ] + [(54/88) * 10.933] + [ (9/88) * 75 ]

= 15.76%

3 0

2 years ago

Huai takes out a $3,600 student loan at 6.6% to help him with 2 years of community college. After finishing the 2 years, he tran

Alja [10]

Answer:

a. The monthly payment on loan 1 is $76.03.

b. The monthly payment on loan 2 is $411.69.

Explanation:

a. Calculate the monthly payment on loan 1.

To determine the amount of periodic payments, the present value of annuity formula should be used:

$PV=P(\frac{1-(1+r)^{-n} }{r} )$

Where:

PV= present value

p=periodic payment

i=rate of interest

n=number of periods

We get the data for this exercise:

PV= 3,600 (loan).

p= unknown (we must find this value)

i= 6.6% or 0.066. However, because we need to know the monthly payment, the interest rate should be divided by 12 (0.066 / 12).

n= 4 years and 7 months, that is 55 months.

And we replace in the formula:

$3600=P(\frac{1-(1+\frac{0.066}{12})^{-55} }{\frac{0.066}{12} } )$

$3600=P(\frac{1-(1+0.055)^{-55} }{0.0055} )$

$3600=P(\frac{1-(0.7395812268)}{0.0055} )$

$3600=P(\frac{0.2604187732}{0.0055} )$

$3600=P(47.348867)$

Therefore:

$P=\frac{3600}{47.348867}$

$P=76.03$

The monthly payment on loan 1 is $76.03.

b. Calculate the monthly payment on loan 2.

We get the data for this exercise:

PV= 11,600 (loan 2).

p= unknown (we must find this value)

i= 7.3% or 0.073. However, because we need to know the monthly payment, the interest rate should be divided by 12 (0.073 / 12).

n= 2 years and 7 months, that is 31 months.

And we replace in the formula:

$11600=P(\frac{1-(1+\frac{0.073}{12})^{-31} }{\frac{0.073}{12} } )$

$11600=P(\frac{1-(1+0.006083)^{-31} }{0.006083} )$

$11600=P(\frac{1-(0.8286047296)}{0.006083} )$

$11600=P(\frac{0.1713952704}{0.006083} )$

$11600=P(28.1761088936)$

Therefore:

$P=\frac{11600}{28.1761088936}$

$P=411.69$

The monthly payment on loan 2 is $411.69.

8 0

3 years ago