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Problem Set 2

Problem Set 2 – FIN 400 (Due date: November 4, Monday)

Name:                                                           Student ID Number:

  1. Consider the case of European IBM call and put options that have an exercise price of $115 and expire in two. The price of the call is $3, and the price of the put is $6. Assume IBM is expected to pay no dividend in the next two months. Suppose also that the current price of IBM stock is $109.30 and the bond-equivalent yield on a two-month T- bill is 6.0 per cent nonannualized.
Strategy A Buy IBM stock, buy a put, and sell a call
Strategy B Buy a T-bill with a face value of $115

1-1. (2 points) Cost of Strategies A & B today?

Strategy A = $112.3
Strategy B = $108.49

1-2. (1 point) A profitable arbitrage strategy is to long/buy (1) and short/sell (2) this year and hold this position until next year. Choose the correct strategies (Strategy A or Strategy B) in each blank (1) and (2).

(1) Strategy B
(2) Strategy A

  1. CEO of Company X has 30 million shares of stocks and 30 million shares of options (of Company X). The stock return volatility (𝜎) is 0.50, dividend yield (d) is 0.0, risk-free rate (r) is 0.05, and maturity (T) is five years. The following table shows the stock price of Company X during
Date Jan. Feb. Mar. Apr. May. Jun. Jul. Aug. Sep. Oct. Nov. Dec.
Price $15.2 $10.0 $22.7 $25.5 $20.0 $23.0 $18.8 $18.6 $15.5 $18.3 $20.0 $20.4

Suppose that options were granted at the money on February 2016.

2-1. (2 points) Find the option’s delta (change in one share of the option due to a $1 increase in stock price) as of December 2016.

Option delta = 0.919

2-2. (2 points) Find an increase in CEO wealth for a $1 increase in Company X’s stock price as of December 2016.

$57.47 Million

  1. (3 points) The Federal Crop Insurance Corporation (FCIC) protect farmers against crop losses caused by the vagaries of weather: If farmers default, FCIC pays back any debt borrowed from a bank on behalf of the defaulted farmer. FCIC has relatively few inspectors to inspect individual claims. A farmer in Arizona can choose between planting water-hungry crops or hardy crops. Both crops cost $50. The gross returns on these plants depend on the annual rainfall. For water-hungry scraps, the gross return is $100 if the annual rainfall exceeds 12 inches (50% probability) and $0 if the annual rainfall is less than 12 inches (50% probability). For hardy crops, the gross return is

$60 if the annual rainfall exceeds 12 inches (50% probability), and $50 if the annual rainfall is less than 12 inches (50% probability).

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Suppose a farmer borrows debt (pay back the borrowed amount, or everything he has if the cash flow is smaller than the borrowed amount) from a bank to finance the cost of planting crops. In case of a farmer’s default, the bank gets paid by FCIC. Which plant will the farmer choose? Why (show farmers’ profit for each crop).

Hardy crop

Hardy crop: 0.5(60-50) + 0.5(50-50) = $5

Water hungry crop: 0.5*(100-50) + 0.5*(0-50) = $0

z F(z) z F(z)
-4 0.0000317 0 0.5
-3.9 0.0000481 0.1 0.53983
-3.8 0.0000723 0.2 0.57926
-3.7 0.000108 0.3 0.61791
-3.6 0.000159 0.4 0.65542
-3.5 0.000233 0.5 0.69146
-3.4 0.000337 0.6 0.72575
-3.3 0.000483 0.7 0.75804
-3.2 0.000687 0.8 0.78814
-3.1 0.000968 0.9 0.81594
-3 0.00135 1 0.84134
-2.9 0.001866 1.1 0.86433
-2.8 0.002555 1.2 0.88493
-2.7 0.003467 1.3 0.9032
-2.6 0.004661 1.4 0.91924
-2.5 0.00621 1.5 0.93319
-2.4 0.008198 1.6 0.9452
-2.3 0.010724 1.7 0.95543
-2.2 0.013903 1.8 0.96407
-2.1 0.017864 1.9 0.97128
-2 0.02275 2 0.97725
-1.9 0.028717 2.1 0.98214
-1.8 0.03593 2.2 0.9861
-1.7 0.044565 2.3 0.98928
-1.6 0.054799 2.4 0.9918
-1.5 0.066807 2.5 0.99379
-1.4 0.080757 2.6 0.99534
-1.3 0.0968 2.7 0.99653
-1.2 0.11507 2.8 0.99744
-1.1 0.13567 2.9 0.99813
-1 0.15866 3 0.99865
-0.9 0.18406 3.1 0.99903
-0.8 0.21186 3.2 0.99931
-0.7 0.24196 3.3 0.99952
-0.6 0.27425 3.4 0.99966
-0.5 0.30854 3.5 0.99977
-0.4 0.34458 3.6 0.99984
-0.3 0.38209 3.7 0.99989
-0.2 0.42074 3.8 0.99993
-0.1 0.46017 3.9 0.99995
0 0.5 4 0.99997

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Question 


Problem Set 2 – FIN 400 (Due date: November 4, Monday)

Name:                                                           Student ID Number:

Problem Set 2

Problem Set 2

  1. Consider the case of European IBM call and put options that have an exercise price of $115 and expire in two. The price of the call is $3, and the price of the put is $6. Assume IBM is expected to pay no dividend in the next two months. Suppose also that the current price of IBM stock is $109.30 and the bond-equivalent yield on a two-month T- bill is 6.0 per cent nonannualized.
Strategy A Buy IBM stock, buy a put, and sell a call
Strategy B Buy a T-bill with a face value of $115
Strategy A =

Strategy B =

1-1. (2 points) Cost of Strategies A & B today?

Strategy A:

Strategy B:

1-2. (1 point) A profitable arbitrage strategy is to long/buy (1) and short/sell (2) this year and hold this position until next year. Choose the correct strategies (Strategy A or Strategy B) in each blank (1) and (2).

  1. CEO of Company X has 30 million shares of stocks and 30 million shares of options (of Company X). The stock return volatility (𝜎) is 0.50, dividend yield (d) is 0.0, risk-free rate (r) is 0.05, and maturity (T) is five years. The following table shows the stock price of Company X during
Date Jan. Feb. Mar. Apr. May. Jun. Jul. Aug. Sep. Oct. Nov. Dec.
Price $15.2 $10.0 $22.7 $25.5 $20.0 $23.0 $18.8 $18.6 $15.5 $18.3 $20.0 $20.4

Suppose that options were granted at the money on February 2016.

2-1. (2 points) Find the option’s delta (change in one share of the option due to a $1 increase in stock price) as of December 2016.

2-2. (2 points) Find an increase in CEO wealth for a $1 increase in Company X’s stock price as of December 2016.

  1. (3 points) The Federal Crop Insurance Corporation (FCIC) protect farmers against crop losses caused by the vagaries of weather: If farmers default, FCIC pays back any debt borrowed from a bank on behalf of the defaulted farmer. FCIC has relatively few inspectors to inspect individual claims. A farmer in Arizona can choose between planting water-hungry crops or hardy crops. Both crops cost $50. The gross returns on these plants depend on the annual rainfall. For water-hungry crops, the gross return is $100 if the annual rainfall exceeds 12 inches (50% probability) and $0 if the annual rainfall is less than 12 inches (50% probability). For hardy crops, the gross return is $60 if the annual rainfall exceeds 12 inches (50% probability) and $50 if the annual rainfall is less than 12 inches (50% probability).

Suppose a farmer borrows debt (pay back the borrowed amount, or everything he has if the cash flow is smaller than the borrowed amount) from a bank to finance the cost of planting crops. In case of a farmer’s default, the bank gets paid by FCIC. Which plant will the farmer choose? Why (show farmers’ profit for each crop).

z F(z) z F(z)
-4 0.0000317 0 0.5
-3.9 0.0000481 0.1 0.53983
-3.8 0.0000723 0.2 0.57926
-3.7 0.000108 0.3 0.61791
-3.6 0.000159 0.4 0.65542
-3.5 0.000233 0.5 0.69146
-3.4 0.000337 0.6 0.72575
-3.3 0.000483 0.7 0.75804
-3.2 0.000687 0.8 0.78814
-3.1 0.000968 0.9 0.81594
-3 0.00135 1 0.84134
-2.9 0.001866 1.1 0.86433
-2.8 0.002555 1.2 0.88493
-2.7 0.003467 1.3 0.9032
-2.6 0.004661 1.4 0.91924
-2.5 0.00621 1.5 0.93319
-2.4 0.008198 1.6 0.9452
-2.3 0.010724 1.7 0.95543
-2.2 0.013903 1.8 0.96407
-2.1 0.017864 1.9 0.97128
-2 0.02275 2 0.97725
-1.9 0.028717 2.1 0.98214
-1.8 0.03593 2.2 0.9861
-1.7 0.044565 2.3 0.98928
-1.6 0.054799 2.4 0.9918
-1.5 0.066807 2.5 0.99379
-1.4 0.080757 2.6 0.99534
-1.3 0.0968 2.7 0.99653
-1.2 0.11507 2.8 0.99744
-1.1 0.13567 2.9 0.99813
-1 0.15866 3 0.99865
-0.9 0.18406 3.1 0.99903
-0.8 0.21186 3.2 0.99931
-0.7 0.24196 3.3 0.99952
-0.6 0.27425 3.4 0.99966
-0.5 0.30854 3.5 0.99977
-0.4 0.34458 3.6 0.99984
-0.3 0.38209 3.7 0.99989
-0.2 0.42074 3.8 0.99993
-0.1 0.46017 3.9 0.99995
0 0.5 4 0.99997

Problem Set 2 FIN400