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Determine the price of a European call option on the stock A with a strike price of $1.

Advanced Financial Theory Assessment questions.

Multiple choice questions

Choose the correct answer and give the explanation.

QUESTION 1

Consider a company with a production opportunity set given by the equation C1=7-(C0)3. The preferences for consumption of the owner in the present and the future are given by the utility function U(C0,C1)=C0(C1)2. The optimal consumption and investment plan of the investor in a world without financial markets is (Y0,Y1)=

A)      (2,3)
B)       (1,6)
C)      (sqrt(2),5)
D)     (sqrt(3),4)

1 points   

QUESTION 2

Assume now that the investor can borrow and lend on a capital market with an interest rate of r. The optimal production decision (Y0,Y1) is

A)      3+[(1+r)/3]1/2 , 4- [(1+r)/3]1/2
B)      3-[(1+r)/3]1/2 , 4+ [(1+r)/3]1/2
C)      6-[(1+r)/3]1/2 , 1+ [(1+r)/3]1/2
D)     [(1+r)/3]1/2 , 7- [(1+r)/3]3/2

1 points   

QUESTION 3

The Fisher separation theorem claims that

A)      Managers should maximize the profit of their companies
B)      There is an agency problem between managers and shareholders which can be resolved by incentive schemes and/or monitoring
C)      The optimal production decision of companies is independent of the consumption preferences of shareholders if all economic agents can borrow and lend at the same interest rate
D)     The ownership and control of corporations should be separated in order to improve efficiency and increase corporate profits

QUESTION 4

You have a logarithmic function U(W)=ln(W) and your current level of wealth is $5000. Suppose that you are exposed to a situation that results in a 50/50 chance of winning or losing $1000. If you can buy insurance that completely removes the risk for a fee of $125, will you buy it or take the gamble?

A)      Purchase insurance
B)      Not purchase insuranc

QUESTION 5

A car owner with a utility function U(W)= considers insuring a car of value $10,000. Assume that the probability for an accident is 10% in which case the owner suffers a total loss of value (i.e. the car is worth $0 following an accident). The expected value of the loss is

A) $100
B) $1000
C) $2000

QUESTION 6The expected utility of the car owner in a situation of uninsured car is

A) 70 utils
B) 80 utils
C)90 utils

QUESTION 7

The Markowitz risk premium associated with the gamble (the uninsured car) is

A)      $800
B)      $900
C)      $1000

QUESTION 8

Would the car owner be willing to insure the car if the insurance policy costs $1500?

A)      Yes
B)      No

QUESTION 9

Would the car owner be willing to insure the car if the insurance policy costs $2000?

A)      Yes
B)      No

QUESTION 10

Consider the following three gambles:

  1. X=(1,1/3; 3,1/3; 5,1/3)
  2. Y=(1,1/3; 2,1/3; 6,1/3)
  3. Z=(2,1/2; 5,1/2)

Which of the following nine statements is true?

Y dominates X first degree

Yes
No

QUESTION 11

Z dominates Y first degree

A)      Yes
B)      No

QUESTION 12

Z dominates X first degree

A)      Yes
B)      No

QUESTION 13

There is no first degree dominance between the three bets

A)      True
B)      False

QUESTION 14

X dominates Y second degree

A)      Yes
B)      No

QUESTION 15

Z dominates X second degree

A)      Yes
B)      No

1 points   

QUESTION 16

Z dominates Y second degree

A)      Yes
B)      No

1 points   

QUESTION 17

Y dominates X second degree

A)      Yes
B)      No

1 points   

QUESTION 18

 

There is no second degree stochastic dominance between the bets

A)      True
B)      False

1 points   

QUESTION 19

Consider a capital market with two securities. The payoffs of these securities in the two possible states of the world in the future are given in the table below. Currently the two securities are traded at the prices PA=1 and PB=2. The probability that State 1 will occur is 50% and the probability that State 2 will occur is 50%.

Security      State 1       State 2

A                    2                  1

B                    2                  4

 

The price of pure security one and pure security two are:

A)      1, 1/2
B)      1,1
C)      1/2, 1/3
D)     1/3, 1/3

 

 

1 points   

QUESTION 20

Determine the price of a European call option on the stock A with a strike price of $1

A)      1/3
B)      2/3
C)      1
D)     4/3

1 points   

QUESTION 21

Determine the price of a European put option on the stock B with a strike price of $5

A)      1/3
B)      2/3
C)      1
D)     4/3

1 points   

QUESTION 22

Assume that the investor has a utility function given by U(W)=(W)1/2 and the investor has $10 to invest in the stock market. How many stocks A and how many stocks B will the investor hold?

A)      2, 3
B)      1, 2
C)      5, 2.5
D)     6, 4

1 points   

QUESTION 23

The securities A and B have the following joint distribution of returns

    Security B
  Outcomes 0 2
Security A 0 0 0.20
4 0.20 0.60

The variance of A is _______ and the variance of B is ____________

A)      2.02     1.35
B)      3.05      0.13
C)      2.56       0.64
D)     2.18       0.78

1 points   

QUESTION 24

  1. The covariance between A and B is
A)      -1.00
B)      -0.32
C)      -0.06
D)     0.28

1 points   

QUESTION 25

Assume that the investor invests only in A and B. In order to minimize the variance of her portfolio, the investor should invest _______  of her wealth in stock A.

A)      10%
B)      25%
C)      30%
D)     35%

1 points   

QUESTION 26

 

Assume now that a risk-free asset exists which offers an interest rate of Rf=0.5. The tangency portfolio is a portfolio which consists of approximately ____ of the wealth invested in asset A and ____ of the wealth invested in asset B.

A)      18% and 82%
B)      22% and 78%
C)      36% and 64%
D)     46% and 64%

1 points   

QUESTION 27

The Sharpe ratio of the tangency portfolio is approximately

A)      1.31
B)      2.16
C)      2.51
D)     3.12

QUESTION 28

The following data have been developed for the company i:

State Probability Market return, Rm Return for the Firm i, Ri
1 0.20 -0.10 -0.20
2 0.40 0.10 0.30
3 0.40 0.20 0.40

 

The risk free rate of return is Rf=5%.

The Beta of Firm i is:

A)      1
B)      2
C)      2.4
D)     2.75

1 points   

QUESTION 29

According to the CAPM model, the stock of Firm i should offer an expected return of

A)      10%
B)      15%
C)      20%
D)     22%

1 points   

QUESTION 30

If we believe in the CAPM model, we expect that the price of stock i will ____________ in the future.

A)      increase
B)      decrease
C)      remain unchanged

 

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