4.6 Contracts With Multiple Settlement Alternatives
4.6.1 General
ASC 260-10
Options and Warrants and Their Equivalents
55-7 Paragraphs 260-10-55-9
through 55-11 provide guidance on how certain
options and warrants should be included in the
computation of diluted EPS. Exercise of the
potential common shares discussed in those
paragraphs shall not be reflected in diluted EPS
unless the effect is dilutive. Those potential
common shares will have a dilutive effect if
either of the following conditions is met:
- The average market price of the related common stock for the period exceeds the exercise price.
- The security to be tendered is selling at a price below that at which it may be tendered under the option or warrant agreement and the resulting discount is sufficient to establish an effective exercise price below the market price of the common stock obtainable upon exercise.
55-8 When several conversion
alternatives exist, the computation shall give effect to
the alternative that is most advantageous to the holder
of the convertible security. Similar treatment shall be
given to preferred stock that has similar provisions or
to other securities that have conversion options that
permit the investor to pay cash for a more favorable
conversion rate.
55-9 Options or warrants may
permit or require the tendering of debt or other
securities of the issuer (or its parent or its
subsidiary) in payment of all or a portion of the
exercise price. In computing diluted EPS, those options
or warrants shall be assumed to be exercised and the
debt or other securities shall be assumed to be
tendered. If tendering cash would be more advantageous
to the option holder or warrant holder and the contract
permits tendering cash, the treasury stock method shall
be applied. Interest (net of tax) on any debt assumed to
be tendered shall be added back as an adjustment to the
numerator. The numerator also shall be adjusted for any
nondiscretionary adjustments based on income (net of
tax). The treasury stock method shall be applied for
proceeds assumed to be received in cash.
55-10 The underlying terms of certain options or warrants may require that the proceeds received from
the exercise of those securities be applied to retire debt or other securities of the issuer (or its parent or its
subsidiary). In computing diluted EPS, those options or warrants shall be assumed to be exercised and the
proceeds applied to purchase the debt at its average market price rather than to purchase common stock
under the treasury stock method. The treasury stock method shall be applied, however, for excess proceeds
received from the assumed exercise. Interest, net of tax, on any debt assumed to be purchased shall be added
back as an adjustment to the numerator. The numerator also shall be adjusted for any nondiscretionary
adjustments based on income (net of tax).
55-11 Convertible securities
that permit or require the payment of cash by the holder
of the security at conversion are considered the
equivalent of warrants. In computing diluted EPS, the
proceeds assumed to be received shall be assumed to be
applied to purchase common stock under the treasury
stock method and the convertible security shall be
assumed to be converted under the if-converted method.
See Example 11 (paragraph 260-10-55-78) for guidance on
the effects of contingently convertible instruments on
diluted EPS.
Certain contracts offer the counterparty conversion or settlement alternatives related to how the
contract will be settled. ASC 260-10-55-7 through 55-11 address how to calculate the dilutive impact of
certain contracts that offer the counterparty conversion or settlement alternatives, as well as certain
contracts that require the entity to use the proceeds to retire debt or other securities. This guidance
requires an entity to assume the conversion or settlement alternative that is most advantageous to the
counterparty in calculating diluted EPS. In doing so, the entity may apply the treasury stock method, the
if-converted method, or a combination of both.
ASC 260-10-55-10 indicates that if “[t]he underlying terms of certain options or warrants . . . require that the proceeds received from [exercise] be applied to retire debt or other securities of the issuer,” an entity must assume, in computing diluted EPS, that the proceeds from the assumed exercise of those options or warrants are “applied to purchase the debt [or other securities of the issuer] at its average market price rather than to purchase common stock under the treasury stock method.” Note that this guidance applies only when the underlying terms of the options or warrants dictate how the issuer must use the proceeds. It does not apply if the terms or provisions of other arrangements involving the issuer (e.g., debt covenants) require the issuer to use the proceeds from the exercise of such options or warrants to repay outstanding indebtedness. Rather, in those circumstances, the treasury stock method should be applied without alteration. That is, the entity should assume that the proceeds are used to repurchase its common shares at the average market price during the period and should not adjust the numerator to reverse interest expense on the issuer’s debt.
ASC 260-10-55-11 indicates that if a holder of a convertible security is required to both tender the security and pay cash to convert the security into common stock, when conversion is dilutive, the proceeds to be received upon exercise should be assumed to be used to purchase common stock under the treasury stock method and the convertible security should be assumed to be converted under the if-converted method. A holder of a convertible security may be permitted, but not required, to both tender the security and pay cash to convert the security into common stock. That is, the holder is entitled to either (1) tender the convertible security in return for a fixed or determinable number of common shares or (2) tender the convertible security and pay cash in return for a stated number of common shares that exceeds the number of common shares receivable under the first alternative. In these circumstances, diluted EPS should be calculated on the basis of the alternative that is most advantageous to the holder of the security in accordance with ASC 260-10-55-8.
4.6.2 Examples
Example 4-25
Option That Permits Tendering of an Entity’s Preferred Stock as Payment of Exercise Price
Company A issues 1,000 options that, if exercised, permit the counterparty to elect to tender either a share of the $2,750 face value of A’s outstanding preferred stock or $2,500 in exchange for 100 common shares. The preferred stock pays dividends at 10 percent annually. On the date the option is issued, the common stock of A is trading at $25 per share. The following year, A has $20 million in income from continuing operations and weighted-average shares outstanding of 8 million, and the common stock has an average market price of $40 per share. Assume that the preferred stock has a market price of $2,600 as of the date A is calculating diluted EPS.
In applying the treasury stock method, because the options are in-the-money, A should assume that the counterparty will elect to exercise its option and pay $2,500 in cash rather than tendering preferred stock that has a market price of $2,600. Because the exercise of the option would dilute EPS, the treasury stock method, as described in ASC 260-10-55-9, should be applied to calculate the incremental dilutive shares as follows:
Example 4-26
Option That Requires Tendering of the Issuer’s Preferred Stock as Payment of Exercise Price
Company B issues 1,000 options that, if exercised, require the counterparty to tender a share of the $2,750
face value of B’s outstanding preferred stock in exchange for 500 shares of common stock. On the date the
option is issued, B’s common stock is trading at $5 per share. The preferred stock pays dividends at 10 percent
annually. The following year, B has $15 million in income from continuing operations, weighted-average shares
outstanding of 4 million, and an average market price of common stock of $15 per share. Assume that the
preferred stock has a market price of $2,750 as of the date B is calculating diluted EPS.
In calculating diluted EPS, B must apply the if-converted method because the options are in-the-money and
require the counterparty to tender preferred stock as payment of the exercise price. The following table shows
B’s calculations of basic and diluted EPS for the period:
Example 4-27
Option That Requires Application of Proceeds From Exercise to Retire an Entity’s Preferred Stock
Company C issues 400,000 options to purchase common stock at $40 per share, which, if exercised, require
C to retire with the proceeds 1,000 shares of preferred stock with a face value of $2,750. The preferred stock
pays dividends at 10 percent annually. Company C has income from continuing operations of $15 million,
weighted-average shares outstanding of 4 million, and an average market price of common stock of $50 per
share. The average fair value of the preferred stock is $2,800.
Because the options are in-the-money, the treasury stock method described in ASC 260-10-55-10 must be applied to C’s calculation of diluted EPS. The following table illustrates C’s calculation of diluted EPS for the period:
Example 4-28
Convertible Securities That Permit Payment of Cash at Conversion
Company D issues 10,000 convertible bonds with a face value of $1,000 that allow the counterparty to pay
$200 in cash and surrender the bond for 40 shares of common stock. The convertible bonds pay interest at
10 percent annually. Company D has income from continuing operations of $15 million, weighted-average
shares outstanding of 4 million, and an average market price of common stock of $50 per share.
Exercise of the convertible bonds is dilutive; therefore, under the combination
of the if-converted and treasury stock method, as
described in ASC 260-10-55-11, D should assume
that the counterparties would elect conversion.
The impact on diluted EPS is calculated as follows
(income taxes are ignored):
Example 4-29
Application of Reverse Treasury Stock Method to Written Put Option With Multiple Settlement
Alternatives
Company E enters into a written put option that allows the counterparty to sell 10,000 common shares to E at
$20 per share. The written put option must be physically settled. Upon exercise, the counterparty is permitted
to require E to deliver either $200,000 in cash or a $200,000 principal amount of 7.5 percent debt issued by E.
Company E is required to classify the put option as a liability and measure it at fair value, with changes in fair
value recognized in earnings. Thus, in calculating diluted EPS, E must also consider the numerator adjustment
that is required (see Section 4.7.3).
In the determination of whether the put option is dilutive to E’s EPS and to
calculate diluted EPS under the reverse treasury
stock method, an additional consideration is
necessary because the counterparty has an option
to elect to require E to deliver a debt instrument
in lieu of cash, which results in a variable
exercise price. If the fair value of the debt
instrument exceeds $200,000, the counterparty
would elect to require E to deliver the debt
instrument rather than cash. As a result, for each
financial reporting period for which E calculates
diluted EPS, it must consider whether it is more
advantageous for the counterparty to receive the
debt instrument or cash. This assessment is based
on a comparison of $200,000 with the fair value of
the debt instrument as of the end of the reporting
period, which is consistent with View A in
Section 4.3.2.1.2.1.
If the fair value of the debt instrument is less than $200,000, the counterparty would elect to receive cash on exercise of the put option and the reverse treasury stock method should be applied under the assumption that E is required to deliver $200,000 in return for 10,000 common shares. If the fair value of the debt instrument exceeds $200,000, the counterparty would elect to receive the debt instrument on exercise of the put option. Accordingly, E will be required to calculate an effective exercise price of the put option to determine whether the put option is in-the-money from the counterparty’s perspective and, if so, the dilutive impact. Below are four different scenarios related to the average market price of E’s common stock and the fair value of the debt instrument. These scenarios illustrate the application of ASC 260-10-55-7 through 55-10.
Scenario 1 — Average Market Price of E’s Common Stock Is $22; Fair Value of Debt Instrument Is $175,000
Because the fair value of the debt instrument is less than the cash amount the
counterparty may receive upon exercise, it is
assumed that the counterparty would elect to
receive cash on exercise of the put option. When
only the cash exercise price per share and the
average market price of E’s common stock during
the period are considered, the put option is
out-of-the-money from the counterparty’s
perspective; therefore, the reverse treasury stock
method does not apply to E’s calculation of
diluted EPS.
Scenario 2 — Average Market Price of E’s Common Stock Is $22; Fair Value of Debt Instrument Is $225,000
Because the fair value of the debt instrument exceeds the cash amount the counterparty may receive upon exercise, it is assumed that the counterparty would elect to receive the debt instrument on exercise of the put option; therefore, an effective exercise price must be calculated. The effective exercise price is $22.50 per share ($225,000 ÷ 10,000 shares = $22.50). When the effective exercise price per share and the average market price of E’s common stock during the period are considered, the put option is in-the-money from the counterparty’s perspective; therefore, the reverse treasury stock method applies to E’s calculation of diluted EPS if the incremental shares and any numerator adjustment associated with mark-to-market adjustments recognized during the period on the put option are dilutive under the antidilution sequencing requirements of ASC 260.
Scenario 3 — Average Market Price of E’s Common Stock Is $18; Fair Value of Debt Instrument Is $175,000
Because the fair value of the debt instrument is less than the cash amount the counterparty may receive upon exercise, it is assumed that the counterparty would elect to receive cash on exercise of the put option. When only the cash exercise price per share and the average market price of E’s common stock during the period are considered, the put option is in-the-money from the counterparty’s perspective; therefore, the reverse treasury stock method applies to E’s calculation of diluted EPS, if the incremental shares and any numerator adjustment associated with mark-to-market adjustments recognized during the period on the written put option are dilutive under the antidilution sequencing requirements of ASC 260.
Scenario 4 — Average Market Price of E’s Common Stock Is $18; Fair Value of Debt Instrument Is $225,000
Because the fair value of the debt instrument exceeds the cash amount the counterparty may receive upon exercise, it is assumed that the counterparty would elect to receive the debt instrument on exercise of the put option; therefore, an effective exercise price must be calculated. The effective exercise price is $22.50 per share ($225,000 ÷ 10,000 shares = $22.50). When the effective exercise price per share and the average market price of E’s common stock during the period are considered, the put option is in-the-money from the counterparty’s perspective; therefore, the reverse treasury stock method applies to E’s calculation of diluted EPS, if the incremental shares and any numerator adjustment associated with mark-to-market adjustments recognized during the period on the put option are dilutive under the antidilution sequencing requirements of ASC 260.
The calculations under the reverse treasury stock method (any numerator adjustments are ignored) are as
follows: