Financial Economics Problem
Option Strategies
Hint: Problem 5(a)(iii) can be seen below:
Assume Strike Price =$360 | ||||||||
Assume cost of buying one option=$3 | ||||||||
Net Cost of buying one Call and one Put Option=$3+$3=$6 | ||||||||
Assume price at expiration =S | ||||||||
Payoff for buying 1 call option at strike price=$360 | ||||||||
If S< or =360, Payoff =$0 | ||||||||
If S>360, Payoff =(S-360) | ||||||||
Payoff for buying 1 Put option at strike price=$360 | ||||||||
If S> or =360, Payoff =$0 | ||||||||
If S<360, Payoff =(360-S) | ||||||||
S | A | B | C | D=A+B+C | ||||
Price at expiration | Payoff Call Option | Payoff Put Option | Cost of premium | Net Profit | ||||
$330 | $0 | $30 | ($6) | $24 | ||||
$335 | $0 | $25 | ($6) | $19 | ||||
$340 | $0 | $20 | ($6) | $14 | ||||
$345 | $0 | $15 | ($6) | $9 | ||||
$350 | $0 | $10 | ($6) | $4 | ||||
$355 | $0 | $5 | ($6) | ($1) | ||||
$360 | $0 | $0 | ($6) | ($6) | ||||
$365 | $5 | $0 | ($6) | ($1) | ||||
$370 | $10 | $0 | ($6) | $4 | ||||
$375 | $15 | $0 | ($6) | $9 | ||||
$380 | $20 | $0 | ($6) | $14 | ||||
$385 | $25 | $0 | ($6) | $19 | ||||
$390 | $30 | $0 | ($6) | $24 | ||||
Assume CallOption Strike Price=$362 | ||||||||
Assume Put Option Strike Price=$358 | ||||||||
Assume, Cost of one option =$1 | ||||||||
Total Cost=$1+$1=$2 | ||||||||
S | A | B | C | D=A+B+C | ||||
Price at expiration | Payoff Call Option | Payoff Put Option | Cost of premium | Net Profit for unequal strike | ||||
$330 | $0 | $28 | ($2) | $26 | ||||
$335 | $0 | $23 | ($2) | $21 | ||||
$340 | $0 | $18 | ($2) | $16 | ||||
$345 | $0 | $13 | ($2) | $11 | ||||
$350 | $0 | $8 | ($2) | $6 | ||||
$355 | $0 | $3 | ($2) | $1 | ||||
$358 | $0 | $0 | ($2) | ($2) | ||||
$360 | $0 | $0 | ($2) | ($2) | ||||
$362 | $0 | $0 | ($2) | ($2) | ||||
$365 | $3 | $0 | ($2) | $1 | ||||
$370 | $8 | $0 | ($2) | $6 | ||||
$375 | $13 | $0 | ($2) | $11 | ||||
$380 | $18 | $0 | ($2) | $16 | ||||
$385 | $23 | $0 | ($2) | $21 | ||||
$390 | $28 | $0 | ($2) | $26 | ||||
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