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Montano1993 [528]
4 years ago
8

Which of the following statements is FALSE? There is no need to evaluate mutual fund investments because investment companies hi

re the best professional managers they can to manage their funds. Professional fund managers do make mistakes. Individual investors should be involved in choosing a mutual fund because they know how the objectives of a mutual fund match their own investment objectives. Although investing in mutual funds provides professional management, individual investors should continually evaluate their mutual fund investments.
Business
2 answers:
Anna35 [415]4 years ago
8 0

Answer: Statement that “There is no need to evaluate mutual fund investments because investment companies hire the best professional managers they can to manage their funds “ is FALSE

 A mutual fund is a pool of stocks, bonds or other funds where an investor purchase his shares. He gets one to meet his investment goals so evaluating a mutual fund's performance is needed and must involve thorough research to lessen risk.  

 Professional fund managers do make mistakes, so it is a must that investors continually evaluate their mutual fund investments. 

Umnica [9.8K]4 years ago
3 0

Answer:

There is no need to evaluate mutual fund investments because investment companies hire the best professional managers they can to manage their funds: this statement is False.

Explanation:

  • A mutual fund is an investment cart that is created for a pond of funds collected from a lot of shareholders to vest in securities such as Bonds, stocks, money market instrument and same assets.
  • Mutual funds are carried by those who manage the money, who vest the capital fund's and carried out activity to produce capital gains and income for the fund's Investor.

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YoYo Fashion December 31, 2013 balance sheet showed total common equity of $5,500,000 and 250,000 shares outstanding. During 201
abruzzese [7]

Answer:

$23.6 per share

Explanation:

Given that,

Total common equity = $5,500,000

Shares outstanding = 250,000

Net income = $525,000

Dividends paid out = $125,000

Total value at the end:

= Total common equity + Net income - Dividends paid out

= $5,500,000 + $525,000 - $125,000

= $5,900,000

Therefore,

Book value per share at 2014 year end:

= Total value at the end ÷ No. of shares outstanding

= $5,900,000 ÷ 250,000

= $23.6 per share

7 0
3 years ago
The IRR evaluation method assumes that cash flows from the project are reinvested at the same rate equal to the IRR. However, in
Hatshy [7]

Answer:

MIRR -16.50%

They should reject the project is it destroys capital it do not meet to pay up the cost of the investment.

A typical firm’s IRR will be greater than its MIR

If the project yields higher than the cost of capital the IRR will be higher than the MIRR as reinvest the cashflow at the project yield rather than copany's cost of capital, thus it overstate the return.

Explanation:

MIRR = \sqrt{\frac{FV \: inflow}{PV \: outflow}} -1

WACC (cost of capital, reinvestment and financiation rate) = 7%

<em>Cash inflow:</em>

Inflow \: (1+ r)^{time} = Amount

Year 1 275000    336,886.825

Year 3 450000     481500

Year 4 450000    450000

Total                        1,268,386.825

<em>Cash outflow:</em>

F=                           -2,500,000

Year 2 -125000 -    109, 179.841

\frac{125,000}{(1 + 0.07)^{2} } = PV  

Total                    2,609,179.841

Now we can solve for MIRR:

MIRR = \sqrt[n]{\frac{FV \: inflow}{PV \: outflow}} -1

MIRR = \sqrt[4]{\frac{1,268,386.82}{2,609,179.84}} -1

MIRR - 16.49991% = -16.50%

6 0
3 years ago
Storax Manufacturing purchases equipment for $50,000. The equipment has an expected life of 10 years and an estimated salvage va
Mashcka [7]

Answer:

6.25 years

Explanation:

The formula to compute the payback period is shown below:

= Initial investment ÷ Net cash flow

where,  

The Initial investment is $50,000

And, the net cash flow is $8,000

Now put these values to the above formula  

So, the value would equal to

= ($50,00) ÷ ($8,000)

= 6.25 years

All other information which is given is not relevant. Hence, ignored it

8 0
3 years ago
This is a physical item that has an increase in demand when the price of another item decreases in economics.
lana [24]

Complementary Product

5 0
3 years ago
Suppose the world population today is 7 billion, and suppose this population grows at a constant rate of 3% per year from now on
oksano4ka [1.4K]

Answer:

a) P(t=100) = 7 e^{0.03*100}=140.599 billion

b) P(t=0) = 7 e^{0.03*0}=7 billion

P(t=1) = 7 e^{0.03*1}=7.21 billion

P(t=2) = 7 e^{0.03*2}=7.43 billion

P(t=10) = 7 e^{0.03*10}=9.45 billion

P(t=25) = 7 e^{0.03*25}=14.82 billion

P(t=50) = 7 e^{0.03*50}=31.37 billion

c) Figure attached

d) Figure attached

Explanation:

The proportional model on this case would be given by:

\frac{dP}{dt} = kP

Where P is the population size, t the time on years and k a constant.

We can reorder this expression like this:

\frac{dP}{P} = k dt

If we integrate both sides we got:

ln|P| = kt + C

And using exponentials on both sides we got:

P(t) = e^{kt} e^C = P_o e^{kt}

Where P_o=7 billion  represent the initial amount for the starting year t=0.

The rate on this case is given r =3\% = 0.03, so then our model would be given by:

P(t) = 7 e^{0.03t}

Part a

For this case we just need to replace t=100 and we got:

P(t=100) = 7 e^{0.03*100}=140.599 billion

Part b

For this case we have the following:

P(t=0) = 7 e^{0.03*0}=7 billion

P(t=1) = 7 e^{0.03*1}=7.21 billion

P(t=2) = 7 e^{0.03*2}=7.43 billion

P(t=10) = 7 e^{0.03*10}=9.45 billion

P(t=25) = 7 e^{0.03*25}=14.82 billion

P(t=50) = 7 e^{0.03*50}=31.37 billion

Part c

The graph is on the first figure attached.

Part d

If we take a log-log scale we have the following values

We need to exclude the point t=0 since the natural log for 0 is not defined.

ln 1 =0 , ln 2= 0.693, ln 10=2.30, ln 25 =3.22, ln 50= 3.91

The result would be the figure 2 attached. And we see a better result for the graph.

3 0
3 years ago
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