In: Finance
A put option in finance allows you to sell a share of stock at a given price in the future. There are different types of put options. A European put option allows you to sell a share of stock at a given price, called the exercise price, at a particular point in time after the purchase of the option. For example, suppose you purchase a six-month European put option for a share of stock with an exercise price of $26. If six months later, the stock price per share is $26 or more, the option has no value. If in six months the stock price is lower than $26 per share, then you can purchase the stock and immediately sell it at the higher exercise price of $26. If the price per share in six months is $22.50, you can purchase a share of the stock for $22.50 and then use the put option to immediately sell the share for $26. Your profit would be the difference, $26 − $22.50 = $3.50 per share, less the cost of the option. If you paid $1.00 per put option, then your profit would be $3.50 − $1.00 = $2.50 per share. The point of purchasing a European option is to limit the risk of a decrease in the per-share price of the stock. Suppose you purchased 200 shares of the stock at $28 per share and 60 six-month European put options with an exercise price of $26. Each put option costs $1. (a) Using data tables, construct a model that shows the value of the portfolio with options and without options for a share price in six months between $20 and $29 per share in increments of $1.00. What is the benefit of the put options on the portfolio value for the different share prices? For subtractive or negative numbers use a minus sign even if there is a + sign before the blank. (Example: -300). If you answer is zero, enter “0”. Share Price Benefit of Options $20 $ $21 $ $22 $ $23 $ $24 $ $25 $ $26 $ $27 $ $28 $ $29 $ ( I need to know the value for each of these through a VLOOKUP table)
Number of shares = 200, Purchase price = $28 per share
SHARE PRICE(in $) | difference from purchase price for one share(in $) | Profit /loss for 200 unit of shares(in $) |
20 | - 8 | -1600 |
21 | -7 | -1400 |
22 | -6 | -1200 |
23 | -5 | -1000 |
24 | -4 | -800 |
25 | -3 | -600 |
26 | -2 | -400 |
27 | -1 | -200 |
28 | 0 | 0 |
29 | 1 | 200 |
Number of option = 60, Exercise Price = $ 26, Put option price = $1 per put option
Share price(in $) | Change in total value of share (in $) | Profit or loss on excising one unit of Put option (in $) | Profit or loss on 60 unit of put option (in $) | Total profit of portfolio (in $) | Impact of put option on portfolio (in $) |
20 | - 1600 | 5 | 300 | -1300 | 300 |
21 | -1400 | 4 | 240 | -1160 | 240 |
22 | -1200 | 3 | 180 | -1020 | 180 |
23 | -1000 | 2 | 120 | -880 | 120 |
24 | -800 | 1 | 60 | -740 | 60 |
25 | -600 | 0 | 0 | -600 | 0 |
26 | -400 | -1 | -60 | -460 | -60 |
27 | -200 | -1 | -60 | -260 | -60 |
28 | 0 | -1 | -60 | -60 | -60 |
29 | 200 | -1 | -60 | 140 | -60 |