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48 Part II: Call Option Strategies
money covered write, it is necessary for the stock to rise in price in order for the return
if exercised to be achieved. However, for an in-the-money covered write, the return if
exercised would be attained even if the stock were unchanged in price at option expi­
ration. Thus, it is often advantageous to compute the return if unchanged - that is, the
return that would be realized if the underlying stock were unchanged when the option
expired. One can more fairly compare out-of-the-money and in-the-money covered
writes by using the return if unchanged, since no assumption is made concerning stock
price movement. The third important statistic that the covered writer should consid­
er is the exact downside break-even point after all costs are included. Once this down­
side break-even point is known, one can readily compute the percentage of downside
protection that he would receive from selling the call.
Example 1: An investor is considering the following covered write of a 6-month call:
Buy 500 XYZ common at 43, sell 5 XYZ July 45 calls at 3. One must first compute the
net investment required (Table 2-3). In a cash account, this investment consists of
paying for the stock in full, less the net proceeds from the sale of the options. Note
that this net investment figure includes all commissions necessary to establish the
position. (The commissions used here are approximations, as they vary from firm to
firm.) Of course, if the investor withdraws the option premium, as he is free to do,
his net investment will consist of the stock cost plus commissions. Once the neces­
sary investment is known, the writer can compute the return if exercised. Table 2-4
illustrates the computation. One first computes the profit if exercised and then
divides that quantity by the net investment to obtain the return if exercised. Note
that dividends are included in this computation; it is assumed that XYZ stock will pay
$500 in dividends on the 500 shares during the life of the call. Moreover, all com­
missions are included as well - the net investment includes the original stock pur­
chase and option sale commissions, and the stock sale commission is explicitly listed.
For the return computed here to be realized, XYZ stock would have to rise in
price from its current price of 43 to any price above 45 by expiration. As noted ear­
lier, it may be more useful to know what return could be made by the writer if the
stock did not move anywhere at all. Table 2-5 illustrates the method of computing the
TABLE 2-3.
Net investment required-cash account.
Stock cost (500 shares at 43)
Plus stock purchase commissions
Less option premiums received
Plus option sale commissions
Net cash investment
+
$21,500
320
1,500
+ 60
$20,380