Stock Repurchases 531
valueofoperationsplusthevalueoftheextracash.Wecanfindthepricepershare,P 0 ,
bydividingthetotalvaluebythenumberofsharesoutstanding,n 0 :
. (14-2)
Wecaneasilysolvethisforthevalueofoperations:VopP 0 (n 0 )Extracash$40
$5$35million
Now consider the repurchase. P is the repurchase price and n is the number
of shares that will be outstanding after the repurchase. We can multiply the unknown
repurchase price by the number of shares that are repurchased, and this must equal the
extra cash that is being used in the repurchase:
. (14-3)
Since the company will have no extra cash after the repurchase, the stock price will be
the value of operations divided by the remaining shares of stock:
. (14-4)
We know the current price (P 0 ), the current number of shares (n 0 ), and the amount
of extra cash. This leaves three remaining unknown variables (P, n, and Vop) and three
equations, so we can solve for the unknown variables.^14 The solution shows that P
P 0 $20. In other words, the repurchase itself does not change the stock price.
However, the repurchase does change the number of outstanding shares. Rewriting
Equation 14-4,
(14-4a)
Asacheck,wecanseethatthetotalmarketcapitalizationbeforetherepurchasewas
$40million,$5millionwasusedtorepurchaseshares,andthetotalmarketcapitaliza-
tionaftertherepurchase is $35 millionP(n)$20(1.75million).Thisshouldmake
sense,sincetherepurchaseitselftransferred$5millionofcorporateassetstotheindi-
vidual shareholders. Notice that the aggregate wealth of the shareholders didn’t
change. It was $40 million prior to the repurchase, and it is $40 million afterward
($35millioninstockand$5millionincash).Noticealsothatarepurchaseof250,000
shares of stock at a price of $20 equals the $5 million in cash used to repurchase the
shares.
To summarize, the events leading up to a repurchase (the sale of a division, a re-
capitalization, or the generation of higher than normal free cash flows) can certainly
change the stock price, but the repurchase itself doesn’t change the stock price.
n
Vop
P
$35 million
$20
1.75 million.
P
Vop
n
P(n 0 n)Extra cash
P 0
VopExtra cash
n 0
(^14) We can rewrite Equation 14-3 as Extra cash Pn 0 Pn and Equation (14-4) as VopPn. We then sub-
stitute these expressions for extra cash and Vopinto Equation 14-2 and solve for P, which results in P P 0.