FIN565 – Week – 4 – Midterm Graded – MCQs ONLY
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Question
Question 1.1.(TCO 4) Jeffrey became a victim of fraud when he entered a pyramid scheme which turned out to be a scam. In order to claim damages, Jeffrey has to prove which of the following?Ā (Points : 2)
Misrepresentation
Motive of the fraudster
Economic injury
Involvement in the pyramid scheme
Question 2.2.(TCO 4) Uri and Vicky orally agree on the sale of Uri’s Nite Club to Vicky and note terms on a pair of the Club’s napkins, which they both sign. A written memorandum evidencing an oral contract that would otherwise be unenforceable must contain _____Ā (Points : 2)
every term.
the essential terms.
the preliminary terms.
the qualitative terms.
Question 3.3.(TCO 4) Darla sells an all-terrain, off-road vehicle to Esteban without disclosing that the odometer, which reads 30,000 miles, was disconnected 50,000 miles ago. Darla is most likely liable for _____.Ā (Points : 2)
duress
fraud
mistake
nothing
Question 4.4.(TCO 4) Heather chooses to buy a scarf at Macyās and reads the price on the tag as $50. She uses her credit card to pay for the scarf, but post-purchase, she notices that the price tag actually says $500. This is an instance of a(n) _____.Ā (Points : 2)
bilateral mistake
mutual mistake of value
innocent misrepresentation
unilateral mistake
Question 5.5.(TCO 4) John buys a watch for $100 at a vintage store. Later, the store learns that the watch was worn by Sean Connery in a James Bond movie and wishes to rescind the sales contract they have with John. Which of the following statements is true in this regard?Ā (Points : 2)
The store can rescind the contract immediately and refund $100 to John.
The store can recover from John the difference between the value of the watch and the amount paid by John.
The store can declare the contract void and pay John no money.
The store cannot rescind or void the contract.
Question 6.6.(TCO 4) Dobry Die & Mold, Inc. enters into a contract with Chet’s Refitting Service to fix Dobry’s precisely engineered molding equipment. If Chet’s delays the repair for five days, knowing that Dobry will lose a certain percentage of profit for the delay, Dobry might be awarded consequential damages to _____Ā (Points : 2)
establish, as a matter of principle, that Chet’s acted wrongfully.
provide Dobry with funds for a foreseeable loss beyond the contract.
provide Dobry with funds for its loss of the bargain.
punish Chet’s and set an example to deter others from similar acts.
Question 7.7.(TCO 4) Handy Hardware Store agrees to hire Ilsa for one year at a salary of $500 per week. When Handy cancels the contract, Ilsa spends $100 to obtain a similar job that pays $450 per week for a year. Ilsa is entitled to recover _____Ā (Points : 2)
the amount of the wages that Handy promised only.
the difference between the wages at the two jobs only.
the difference between the wages at the two jobs plus $100.
$100 only.
Question 8.8.(TCO 4) Blue Rorschach Inc. has an immediate requirement for 80 laptops and contracts with Zenzo Electronics 80 Dell laptops at $550 each. But Zenzo Electronics breaches the contract and fails to deliver the laptops. Blue Rorschach then immediately contracts Dell Computers, buys 100 laptops at $600 per laptop, and then sues Zenzo Electronics for the breach of contract.
What is the amount of legal damages that Blue Rorschach can recover from Zenzo because of the breach of contract?Ā (Points : 2)
$4,400
$5,000
$4,000
$44,000
Question 9.9.(TCO 4) Damages that will be paid upon a breach of contract, but that are established in advance are known as ______.Ā (Points : 2)
capture
replevy
installment damages
liquidated damages
Question 10.10.(TCO 4) Mikayla enters into a contract with Logan to provide surface material for Mikayla’s tennis courts by April 1 for a tournament to begin May 1. The contract specifies an amount to be paid if the contract is breached. This is a liquidated damages clause if the amount is _____Ā (Points : 2)
an excessive estimate of the loss on a breach.
a reasonable estimate of the loss on a breach.
designed to penalize the breaching party.
intended to quickly provide cash to the non-breaching party.
GEORGE MASON UNIVERSITY
School of Management
EMBA 703Ā Financial MarketsĀ Dr. Hanweck
Final Examination
Fall 2013
NAME: ___________________________________Ā G-code: _____________________________
Answer all questions. Place your answer to each question on a separate sheet of paper. Please write your name on the top left corner of each page. Document your answers and show your work. Read each question carefully and answer all parts. Try and answer something on each question. Your guess may turn out to be correct. The number in parentheses is the point weight for the question. Attach the exam to your answers.
(15) 1.(a) Discuss various measures of capital market efficiency and how efficient capital markets contribute to the efficiency in the market for goods and services (including productive capital). As part of your discussion, consider the implications of the fact that the bulk of trading in capital markets is in outstanding securities and analyze the meaning of the terms “depth,” “breadth,” and “resiliency” as descriptions of capital markets. Include in your discussion the types of legislative and regulatory reforms that might be or have recently been instituted in order to improve the efficiency of capital markets and the role of “insider trading” and the SEC as they affect market efficiency.
(b) Compare money and capital markets and identify the major issuers of securities in the different markets and the difference among the various types of securities within and between each of the markets. Within your discussion of the money markets include a consideration of the role of the Federal Reserve System (Fed) and the banking system as they interact through required reserve maintenance, needs for liquidity and monetary policy actions by the Fed. Consider in your analysis the types and significance of the links between the money and capital markets via the term structure of interest rates, issuers of debt and equity and the presence of interest rate and credit risk derivatives.
(10) 2. There are a number of theories of the term structure of interest rates including the unbiased expectations hypothesis, preferred habitat hypothesis, and market segmentation hypothesis. Discuss the implications of the unbiased expectations hypothesis within the context of the following problem. Problem 1: For a two year, default free, zero coupon security, compute its yield to maturity and draw the respective yield curves assuming two different expectations of inflation employing the Fisher Effect and the data below:Ā (a)Ā 4 percent one year from now, andĀ (b)Ā 2 percent one year from now. In addition, define and compute the implied forward yield on a one year security one year from now, assuming the current two year yield is 6.0 percent. Discuss the assumptions underlying this calculation and how it can be used to evaluate the implied forward yield on a 1-year loan, next year.Ā (c)Ā What is the implied expected rate of inflation if the real rate remains at 3 percent?
Use the following definitions and values:
R = 0.03 (constant real rate of interest)
p1 = 0.02 (period 1 rate of inflation)
(a) p2e = 0.04 (expected period 2 rate of inflation)
(b) p2e = 0.02 (expected period 2 rate of inflation)
1y1 = current yield on one year securities
2y1e = Expected period 2 yield on one year securities
1y2 = current yield to maturity on two year securities
Unbiased Expectations Hypothesis
In general, (1 + 1ym) = [(1 + 1y1)(1 + 2y1e). . .(1 + my1e)]1/m and jy1e = the forward rate, jf1.
Fisher Relationship: (1 + jy1) = (1 + jR1)(1+ jp1e ), where jp1e is the expected rate of inflation for period j for 1 year, and jR1 is the real rate of interest for period j for 1 year.
Specifically, (1 + 1y2) = [(1 + 1y1)(1 + 2y1e)]1/2 and 2y1e = the forward rate, 2f1.
The expected future 1-year yield factor is:
Donāt forget to draw the yield curves under assumptions (a) and (b), above, for each of the expected rates of inflation. Give the reasons for the shapes of these yield curves (HINT: are forward rates on future short-term securities equal to, greater than, or less than current short-term interest rates).
(15) 3. Mortgage markets have developed significantly since the early 1970s through the creation of secondary market instruments in the form of mortgage pass-throughs, collateralized mortgage obligations (CMOs), and REMICs. These collectively have been generally referred to as mortgage backed securities (MBS). In many ways, these instruments carry the characteristics of their underlying assets — individual mortgages. a. Why is the cash flow of a mortgage, or a MBS, uncertain in the sense that the investor in the mortgage has granted the borrower a call option to prepay the mortgage? Compare a mortgage cash flow with a Treasury coupon bearing bond paying interest semi-annually and a payment of principal at maturity. b. What does this call option depend upon and why? c. The cash flow for a mortgage pass-through typically is based on some prepayment speed benchmark. Why is the assumed prepayment speed necessary to price the MBS? d. Suppose a bank has decided to invest in a MBS and is considering the following two securities: a Freddie Mac pass-through with a WAM of 340 months and an average life of 7 years or a PAC tranche of a Freddie Mac CMO issue with an average life of 2 years. In terms of prepayment risk, contraction risk and extension risk, which MBS would probably be best for the bankās asset/liability management perspective when it is known that liabilities generally have a duration less than 1 year and that assets have durations in the 2-year to 7-year range?
M
M
t
t
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Average life is:
e. Compare the interest rate risk of a noncallable 10-year Treasury coupon bearing bond with a mortgage-backed pass-through security with prepayments related to the level of interest rates ā lower market interest rates raise the rate of prepayments. Discuss how the changes in cash flows from a mortgage-backed security affect the duration of such securities. HINT: consider the coupon effect on duration.
Macaulay Duration Measure:
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A more complete approximation to the proportional change in price of a bond with respect to a change in yield to maturity takes into account the convexity of the price-yield relationship for the bond:
P
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dy
=
+
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1
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where P = Price, C = coupon, F = Face value, y = Yield to maturity, M = maturity (years), t = time (year), dP is the total change in price, and
ļ¶
P
y
is the partial change in price with respect to a change in yield to maturity. The second term, excluding the dy2, is the convexity effect.
(10) 4. Are the following statements consistent or inconsistent? Explain your answer and discuss how equilibrium is achieved between the futures and cash markets.
1. Futures markets serve an important function of the global financial markets by giving investors the opportunity to better manage financial risks associated with their underlying business transactions.
2. The futures market is where price discovery takes place.
3. The introduction of futures contracts creates greater price volatility for the underlying commodity or financial asset.
(10) 5. Suppose the current yields to maturity on 3āmonth and 6āmonth T-Bills are 4.0 percent and 5.0 percent, respectively (yields will need to be converted to 90-day returns).
(a) In perfectly efficient markets and risk-neutral pricing, what yield should you expect to find on a 3āmonth T-bill forward contract deliverable in 3 months?
(b) Show that for the forward yield calculated in (a) the 6āmonth returns on (i) a 6āmonth spot bill and (ii) 3āmonth spot and 3āmonth futures bills are the same.
(c) Explain what factors would lead to a rejection of (b).
NOTE: From the term structure of interest rates recall:
(1 + oy2)2 = (1 + oy1)(1 + 1F1)
where oy2 = the cash 6āmonth bill (twoāperiod) yield,
oy1 = the cash 3āmonth bill (oneāperiod) yield,
1F1 = the 3āmonth (oneāperiod) forward yield one period from now.
ALSO, in the futures market:
(1 + oy2)2 = (1 + oy1)(1 + 1y1f),
where 1y1f = the 3āmonth futures yield on futures contracts due in three months.
(15) 6. Consider the following bank balance sheet (fixed rates and pure discount securities unless indicated otherwise). Interest rates on liabilities (yL) are 3 percent and on assets (yA) are 6 percent.
Duration
($millions) (years)
Super Now Checking Accounts (rates set daily) $150 1.5
6āMonth Certificates of Deposit 50 .5
3āYear Certificates of Deposit 35 3.0
Total Liabilities 235 ?
Net Worth 20Ā –
Total Liabilities and Net Worth 255Ā ā
PrimeāRate Loans (rates set daily) 75 1.0
2āYear Car Loans 100 1.5
30āYear Mortgages 80 7.0
Total Assets 255 ?
a. Find the duration of assets and liabilities.
b. Will the bank benefit or be hurt if all interest rates rise? Bank management can protect itself by (buying)/(selling) Treasury bond futures contracts. Explain by considering basis risk using interest rate futures to hedge a position with a variety of assets. How can the duration gap be managed through the use of financial futures contracts based on 10-year Treasury bonds? Define your terms and state clearly your assumptions.
c. Which asset is causing the substantial duration mismatch? Since the bank would take a capital loss if interest rates rose, what type of interest rate options contract would help hedge this possibility ā buy a cap, sell a cap, buy a floor or sell a floor or some combination?
d. 2-year car loans and prime rate loans are subject to greater default risk as interest rates rise, how might the bank use a credit default swap applied to each loan and for what notional values? Are the collateralized loans (2-year car loans) or the uncollateralized prime rate loans more default risky if the likelihood of default within one year is 0.02 for each and why?
D
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1
1
ļE = change in the market value of equity,
DA = duration of assets,
DL = duration of liabilities,
L = market value of liabilities,
A = market value of assets, and
ļy = change in interest rates.
(15) 7.(a) Within the loanable funds theory, graphically show the effect of an increase in the money supply, assumed to be determined solely by the Fed, on the supply and demand for loanable funds and the equilibrium rate of interest assuming a constant real rate of interest and expected inflation to be constant.
(b) Illustrate and discuss how an autonomous increase in the expected rate of inflation will change the equilibrium nominal interest rate. Consider an initial real rate of interest of 3 percent and an expected inflation rate of 2 percent. If the expected rate of inflation rises to 4 percent with the real interest rate constant, what would the resulting nominal interest rate become, using the Fisher relationship? The rise in the expected rate of inflation is considered to remain at the higher level. Define your terms and discuss a recommended monetary policy to achieve economic stabilization with price stability and an improvement in the balance of payments.
(c) Starting from an equilibrium position as in 7.a, discuss the effects of the conduct of a more restrictive monetary policy if the markets believe that a Fed tightening will lower future (next period) inflation. How might a recession occur under this scenario?
HINTS: Recall the Fisher relationship where (1+i) = (1+r)(1+pe), where i is the nominal interest rate, r is the required real rate of return before taxes, and pe is the expected rate of inflation.
DLF = I + G – T + NX I = real investment; NX = net exports
G – T = the government deficit (excess of government spending over tax revenues).
SLF = S + ļMs – H S = private savings H = desired hoarding
ļMs = change in the money supply (under Federal Reserve discretionary control).
D
LF
LF
0
i*
Q*
LF
Loanable Funds ($)
Interest
Rate (%)
(10) 8. As a financial institutions and market analyst for WatchYourBack.Com Securities, Inc., a highly reputable financial institutions’ securities underwriter and Internet broker, you must prepare an analysis of the financial condition of a broad range of financial institutions of various sizes, localities, and product lines. Using the “probability of insolvency” model discussed in class where E(ROA) is the expected annual value of after tax earnings on assets over the next 2 years, ļ³2is the expected annual variance of ROA over the next 2 years, and K/A is the firm’s current Tier I Capital, K, to total assets, A: (a) discuss, based upon your assumptions concerning the risk-return tradeoff embodied in the efficient frontier of possible FI portfolios, what factors determine each of these parameters of financial soundness over the next few years. (b) In addition, discuss how the federal regulatory capital adequacy policy, in the form of risk based capital adequacy standards and Prompt Corrective Action (and as proposed in Basel III and the Volcker Rule), might affect bank and thrift soundness and depository institutionsā portfolio choices by comparing points A and B below and different choices of capitalization as revealed in the FI’s choice of K/A. In this discussion, how does the “too-big-to-fail” policy affect the bank’s choice of risk and return and willingness to take risks? Are moral hazard costs increased under a liberal “too-big-to-fail” policy and have the expanded powers of FIs following the passage of the Gramm-Leach-Blily Act increased or decreased these costs?
(c) Which bank portfolio, A with [K/A]0 or B with [K/A]1, has the greater maximum likelihood of insolvency and why? From this conclusion, which bank portfolio could sustain a greater loss of capital value at a 5 percent confidence level assuming ROA is distributed as a normal variable with mean E(ROA) and variance ļ³2?
NOTE: maximum probability of insolvency = ļ³2/[E(ROA) + K/A]2 (as derived from Chebychev’s Inequality Theorem). Insolvency means falling below a portfolio valuation of zero.
0
ROA
s
Risk
E(ROA)
A
-[K/A]
B
Efficient Frontier
E(ROA) =
s
ROA
/ (Probability of Insolvency)
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– K/A
0
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UV 2405 Dec. 24, 2016
FLINDER VALVES AND CONTROLS INC.
In early May 2008, W.B. āBillā Flinder, president of Flinder Valves and Controls Inc. (FVC), and Tom Eliot,
chief executive officer of RSE International Inc. (RSE), were planning to negotiate a possible acquisition of FVC by
RSE. Serious discussions for combining the two companies had started in March of that year, following casual
conversations that dated back to late 2007. Those initial talks focused on the broad motives for each side to do a deal,
and on the management issues, including compensation, in the new firm. What remained was to negotiate a final term
sheet on which the definitive agreement would be drafted and signed.
In the background, the past 12 months had been associated with mounting difficulty for the U.S. economy.
The industries within which RSE and FVC operated were not immune from these effects. A recent analyst report
summarized the market view for industrial manufacturing.
Tighter borrowing standards and a severely weakened housing sector are weighing on the domestic economy,
prompting consumers to cut back on spending and industrial manufacturers to reduce production. A similar
situation now seems to be taking hold in Western Europe.
Both corporate leaders were concerned about the opportunities and risks of doing a deal in this increasingly
challenging environment.
Flinder Valves and Controls Inc.
Flinder Valves and Controls Inc., located in Southern California, manufactured specialty valves and heat
exchangers. FVC maintained many standard items, but nearly 40% of its volume and 50% of its profits were derived
from special applications for the defense and aerospace industries. Such products required extensive engineering
experience of a kind only a few firms were capable of providing. FVC had a reputation for engineering excellence in
the most complex phases of the business and, as a result, often did prime contract work on highly technical devices
for the government.
FVC was an outgrowth of a small company organized in 1980 for engineering and developmental work on
an experimental heat-exchanger product. In 1987, as soon as the product was brought to the commercial stage, Fast
Vent Construction Inc. was organized to acquire the properties, both owned and leased, of the engineering corporation.
The president of the predecessor company, Bill Flinder, continued as the president of FVC. Eventually, the company
acquired the patents it had licensed.
This case was prepared by Robert F. Bruner. It was written as a basis for class discussion rather than to illustrate
effective or ineffective handling of an administrative situation. Information about the company has been disguised.
Some information on peer firms is fictional and has been added for the sake of deepening student analysis. Copyright
copies, send an e-mail to [email protected]. No part of this publication may be reproduced, stored
in a retrieval system, used in a spreadsheet, or transmitted in any form or by any meansāelectronic, mechanical,
photocopying, recording, or otherwiseāwithout the permission of the Darden School Foundation. Rev. 6/98.
The raw materials used by the company were obtainable in ample supply from a number of competitive
suppliers. Marketing arrangements presented no problems. Sales to machinery manufacturers were made directly by
a staff of skilled sales engineers. The Auden Company, a large firm in a related field, was an important foreign
distribution channel under a nonexclusive distributor arrangement. About 15% of FVC’s sales came from Auden.
Foreign sales through Auden and directly through FVC’s own staff accounted for 30% of sales. Half the foreign sales
originated in emerging economies, mainly Brazil, Korea, and Mexico. The other half originated in the United
Kingdom, Italy, and Germany.
Although competitive erosion in the mid-2000s had temporarily interrupted FVC’s sales growth, better
economic conditions in the markets of developed countries, together with FVC’s recent introduction of new products
for the aerospace and defense industries, offered the company excellent prospects for improved performance. Sales in
the first quarter of 2008 grew 23% over the corresponding period in 2007, at a time when many of FVC’s competitors
experienced limited growth prospects. Exhibits 1 and 2 show the most recent financial statements for FVC.
FVC’s plants, all of modem construction, were organized for efficient handling of small production orders.
The main plant was served by switch tracks in an IS-car dock area of a leading railroad and also by a truck area for
the company’s own fleet of trucks. From 2005 to 2007, net additions to property totaled $7.6 million.
Bill Flinder, an outstanding researcher in his own right, had always stressed the research and development
involved in improved products, with patent protection, although the company’s leadership was believed to be based
on its head start in the field and its practical experience.
FVC’s success had brought numerous overtures from companies looking for diversification, plant capacity,
management efficiency, financial resources, or an offset to cyclical business. For instance, when FVC was taken public
in 1996, Auden Company, which later became a holder of 20% of FVC common stock, advanced a merger proposal.
Rumors of possible antitrust action by the U.S. Department of Justice had circulated after the news of the proposed
merger became public, and Auden withdrew from the discussions. FVC received various proposals from 1998 on, but
none reached the stage of working out an agreement until the advances of RSE.
FVC had come to RSE’s attention with the FVC’s disclosure of a U.S. government contract. FVC was to
develop an advanced hydraulic-controls system, code-named “widening gyre,” for use in numerous military
applications. The technology was still in research and development, but was expected to have broad commercial value
if the results were found to be economically successful.
RSE International Corporation
Tom Eliot had founded RSE International in 1970, grown it, taken it public, and firmly rooted it as a Russell
1000 company. In response to what he perceived to be the firm’s growth challenges for the next decade, Eliot had
persuaded RSE’s board that the company should follow a policy of focused diversification, which would be achieved
by an aggressive growth-by-acquisition program designed to create opportunities and entries into more dynamic
markets than the ones RSE then served.
In 2008, RSE manufactured a broad range of products including advanced industrial components as well as
chains, cables, nuts and bolts, castings and forgings, and other similar products. RSE then sold them (mostly indirectly)
to various industrial users. One division produced parts for aerospace propulsion and control systems with a broad
line of intermediate products. A second division produced a wide range of nautical navigation assemblies and allied
products. The third division manufactured a line of components for missile and fire-control systems. These products
were all well regarded by RSE’s customers, and each was a significant factor in its respective market. Exhibit 3 shows
the RSE balance sheets for 2007; Exhibit 4 presents the income statements from 2003 to 2007.
The company’s raw material supply (sheets, plates, and coils) of various metals came from various producers.
RSE International’s plants were ample, modem, well¬ equipped with substantially newer machinery, and adequately
served by railroad sidings. The firm was considered a low-cost producer that possessed unusual production knowledge.
It was also known as a tough competitor.
Eliot and his management team had initiated several changes to help increase RSE’s profit margins. Chief
among them, in late 2006, had been the implementation of Project CORE, a business wide initiative to improve and
unify the corporate wide information systems. This project had already identified numerous opportunities for
improving profits and sales. As a result, RSE’s latest sales and earnings forecasts projected a steady increase over the
next five years. The current plan (excluding merger growth) called for sales to hit $3 billion within five years (Exhibit
5). Despite Eliot’s confidence and optimism for the future of the company, he believed that the stock market still
undervalued his firm’s shares.
The Situation
During the early part of 2008, a series of group meetings had taken place between Tom Eliot and Bill Flinder
and their respective advisers. It seemed clear to both parties that both FVC and RSE could profit-from the merger. By
early May, a broad outline of the merger seemed to be developing. Fast Vents was to become a subsidiary of RSE
International-the deal would be structured in such a way as to preserve FVC’s identity. The two sides had explored
some of the governance and compensation issues in the merger. Fast Vents would be retained along with his top
management team and all other employees. No layoffs were contemplated. This reflected RSE’s intention to invest in
and grow the FVC operation. FVC’s solid management team was one of the factors that had attracted RSE in the first
place, and Eliot wanted to keep the same management in place after the merger. Flinder would receive a generous
option-based incentive bonus that could result in a salary increase of between $50,000 and $200,000 per year. Because
Flinder was 62 years old and nearing retirement, the compensation package was meant to retain him in the coming
years as he trained a new chief executive.
The price of the deal was less clear. FVC’s shares traded on the NASDAQ, whereas RSE’s traded on the
American Stock Exchange. The market capitalizations for FVC and RSE were approximately $100 million and $1.4
billion, respectively. Both companies had experienced recent rapid rises in share price due to strong performance
despite the weak economic environment. (Exhibit 6) shows recent share prices for FVC and RSE.
The financial advisors had collected a variety of relevant capital-market data. Exhibit 7 provides valuation
information on exchange-listed comparables for Fast Vents and RSE. Exhibit 8 presents information on recent related
acquisitions. Exhibit 9 presents historical money-market and stock-return data through May 2008. FVC’s debt was
currently rated Baa.
Flinder had shared FVC’s current corporate-financial-statement forecast with Eliot but had emphasized that
it did not include any benefits of the merger or the benefits of promising new technologies, such as the widening gyre
(Exhibit 10). The company assumed PPE would be 37% of sales and net working capital of 34% of sales. The
reluctance to include the widening gyre project stemmed from the substantial uncertainty remaining regarding its
potential economic benefits. Tax rate was assumed at 40%. Eliot expected the merger to generate significant cost
gains. RSEās greater purchasing power would lower the cost of materials and components for FVC. RSEās new
resource management system could be expected to reduce FVCās in-process costs. Estimates from RSEās due-
diligence process had identified cost savings of 7% of cost of goods sold. He also recognized other synergy gains that
arose from RSEās stronger marketing clout, cross-selling with other RSE products, which he estimated to be 15% of
selling, general administrative costs. Eliot also believed that the widening-gyre project could have a broad application
in nautical, aerospace, and automotive products. But for the sake of conservatism, he chose not to include these in the
valuation.
The companies had yet to settle on the form of consideration, either cash or RSE stock that would best serve
the parties to the deal. Eliot expected that RSE had the financial capacity to borrow the entire amount through its
existing credit facilities. Roughly 70% of the FVS stock was held by its board of directors and their families, including
the 20% owned by the Auden Company and 40% owned by Bill Flinder. The Auden Company did not object to the
merger, but it had given notice that it would sell any RSE shares received in the deal. The Auden Company was about
to undertake a new expansion of its own, and its executives were not disposed to keeping tag ends of minority interests
in a company such as RSE. They saw no reason, however, for not maintaining their satisfactory business relationships
with the FVC enterprise if it became a division of RSE International.
Exhibit 1
FLINDER VALVES AND CONTROLS INC.
Balance Sheet as of December 31, 2007, for Flinder Valves and Controls Inc.
(dollars in thousands)
Assets
Cash $1,884
U.S. Treasury tax notes and other Treasury obligations 9,328
Due from U.S. government 868
Accounts receivable net 2,316
Inventories, at lower of cost or market 6,888
Other current assets 116
Total current assets
$21,400
Investments
1,768
Land 92
Buildings 36,240
Equipment 18,904
Less: allowance for depreciation 7,056
Total plant, property, and equipmentāgross 48,180
Construction in process 88
Total plant, property, and equipmentānet*
48,268
Patents
156
Cash value of life insurance
376
Deferred assets
156
Total assets
72,124
Liabilities and Stockholdersā Equity
Accounts payable 2,016
Wages and salaries accrued 504
Current maturities of long-term debt 30,000
Employeesā pension cost accrued 208
Tax accrued 72
Dividends payable 560
Provision for federal income tax 1,200
Total current liabilities
34,560
Deferred federal income tax
800
Common stock at par (shares authorized and outstanding 2,440,000 shares) 1,220
Capital surplus 7,180
Earned surplus 28,364
Total equity
36,764
Total liabilities and stockholdersā equity
72,124
* Equivalent land in the area had a market value of $320,000, and the building had an estimated market worth of
$16,800,000. Equipment had a replacement cost of approximately $24,000,000 but a market value of about
$16,000,000 in an orderly liquidation.
Exhibit 2
Summary of Earnings and Dividends for Flinder Valves and Controls Inc.
(dollars in thousands)
2003 2004 2005 2006 2007 2007 2008
Sales $36,312 $34,984 $35,252 $45,116 $49,364 $11,728 $14,162
Cost of goods sold 25,924 24,200 24,300 31,580 37,044 8,730 10,190
Gross profit 10,388 10,784 10,952 13,536 12,320 2,998 3,972
Selling, general, and administrative 2,020 2,100 2,252 2,628 2,936 668 896
Other incomeānet 92 572 108 72 228 14 198
Income before taxes 8,460 9,256 8,808 10,980 9,612 2,344 3,274
Taxes 3,276 3,981 3,620 4,721 4,037 1,009 1,391
Net income 5,184 5,275 5,188 6,259 5,575 1,335 1,883
Cash dividends 1,680 2,008 2,016 2,304 2,304 576 753
Depreciation 784 924 1,088 1,280 1,508 364 394
Capital expenditures 1,486 1,826 2,011 2,213 2,433 580 640
Working capital needs 1,899 3,492 -1,200 4,289 4,757 1,130 1,365
Ratio analysis
Sales 100.0 100.0 100.0 100.0 100.0 100.0 100.0
Cost of goods sold 71.4 69.2 68.9 70.0 75.0 74.4 72.0
Gross profit 28.6 30.8 31.1 30.0 25.0 25.6 28.0
Selling, general, and administrative 5.6 6.0 6.4 5.8 5.9 5.7 6.3
Other incomeānet 0.3 1.6 0.3 0.2 0.5 0.1 1.4
Income before federal taxes 23.3 26.5 25.0 24.3 19.5 20.0 23.1
Net income 14.3 15.1 14.7 13.9 11.3 11.4 13.3
FLINDER VALVES AND CONTROLS INC.
(Unaudited)
Three months ended 3/30
Exhibit 3
FLINDER VALVES AND CONTROLS INC.
Consolidated Balance Sheet for RSE International as of December 31, 2007
(dollars in thousands except per-share figures)
Assets
Cash $46,480
U.S. government securities, at cost 117,260
Trade accounts receivable 241,760
Inventories, at lower of cost or market 179,601
Prepaid taxes and insurance 2,120
Total current assets 587,221
Investment in wholly-owned Canadian subsidiary 158,080
Equipment 270,000
Investment in supplier corporation 104,000
Cash value of life insurance 3,920
Miscellaneous assets 2,160
Property, plant, and equipment, at cost:
Buildings, machinery, equipment 671,402
Less: allowances for depreciation and amortization 260,001
Property, plant, and equipmentānet 411,402
Land 22,082
Property, plant, equipment, and landānet 433,484
Patents, at cost, less amortization 1,120
Total assets $1,559,985
Liabilities and Stockholdersā Equity
Notes payable to bank $5,795
Accounts payable and accrued expenses 90,512
Payrolls and other compensation 38,399
Taxes other than taxes on income 3,052
Provision for federal taxes on income refund, estimated 32,662
Current maturities of long-term debt 300,900
Total current liabilities 471,320
Note payable to bank1 119,100
Deferred federal income taxes 29,668
2% cumulative convertible preferred stock, $20 par, 27,783
1,389,160 shares outstanding2
Common stock, $2 par; 96,000,000 shares authorized; 125,389
62,694,361 shares issued
Capital surplus3 21,904
Retained earnings 764,821
Total equity 939,897
Total liabilities and stockholdersā equity $1,559,985
1 $150,000,000 note, payable semiannually beginning June 30, 2008; $30,900,000 due within
one year, shown in current liabilities. One covenant required the company not to pay cash
dividends, except on preferred stock, or to make other distribution on its shares or acquire any
stock, after December 31, 1999, in excess of net earnings after that date.
Exhibit 4
FLINDER VALVES AND CONTROLS INC.
Summary of Consolidated Earnings and Dividends for RSE International
(dollars in thousands)
2003 2004 2005 2006 2007
Net sales $1,623,963 $1,477,402 $1,498,645 $1,980,801 $2,187,208
Cost of products sold 1,271,563 1,180,444 1,140,469 1,642,084 1,793,511
Gross profit 352,400 296,958 358,176 338,717 393,697
Selling, general, and administrative 58,463 69,438 74,932 87,155 120,296
Earnings before federal income taxes 293,937 227,520 283,244 251,562 273,401
Tax expense 126,393 95,558 116,130 101,883 109,360
Net earnings 167,544 131,962 167,114 149,679 164,041
Depreciation 19,160 20,000 21,480 24,200 26,800
Cash dividends declared 85,754 77,052 53,116 77,340 92,238
Exhibit 5
FLINDER VALVES AND CONTROLS INC.
Forecast Financial Statements for RSE International
for the Years Ending December 31, 2007ā12
(dollars in thousands except per-share figures)
Actual Projected
2007 2008 2009 2010 2011 2012
Sales $2,187,208 $2,329,373 $2,480,785 $2,642,037 $2,813,769 $2,996,658
Cost of goods sold 1,793,510 1,920,085 2,064,243 2,216,470 2,367,290 2,537,259
Gross profit 393,698 409,288 416,542 425,567 446,479 459,399
Selling, general, and admin. 120,296 129,786 139,481 151,027 161,315 169,826
Income before tax 273,402 279,502 277,061 274,540 285,164 289,573
Tax expense 109,361 111,801 110,824 109,816 114,066 115,829
Net income 164,041 167,701 166,237 164,724 171,098 173,744
Cash dividends 92,238 102,082 108,714 115,779 125,185 133,313
Depreciation 26,800 27,950 29,770 31,700 33,170 35,960
Net PPE 389,321 426,522 459,404 498,497 541,109 587,580
Net working capital 422,597 447,956 486,428 528,407 574,238 624,303
Earnings per share1 $2.62 $2.60 $2.58 $2.56 $2.66 $2.70
Divs. per share common stock1 $1.42 $1.58 $1.69 $1.80 $1.94 $2.07
Div. per share preferred stock2 $0.40
Exhibit 6
FLINDER VALVES AND CONTROLS INC.
Market Prices of Flinder Valves and RSE International Corporation
High Low Close High Low Close High Low
2003 $16.25 $8.75 $15.00 $12.31 $10.05 $11.88
2004 24.75 14.00 22.63 14.36 11.77 13.16
2005 25.00 20.00 22.25 12.81 9.27 11.13
2006 Quarter Ended:
March 31 24.38 20.75 21.50 14.13 12.83 13.95
June 30 22.75 20.38 21.00 13.69 12.04 11.78
September 30 22.75 20.38 21.50 12.83 10.48 11.26
December 31 24.36 20.13 21.00 12.39 11.26 11.87
2007 Quarter Ended:
March 31 23.50 20.00 21.75 11.60 10.20 10.67 13.61 12.21
June 30 23.63 19.88 22.00 11.60 10.90 10.90 13.15 12.04
September 30 22.75 20.00 22.50 13.61 11.13 13.61 14.22 12.37
December 31 30.00 22.25 28.50 17.01 13.30 16.78 17.32 13.77
2008 Quarter Ended:
March 31 32.13 26.00 31.50 20.73 15.08 20.69 17.32 13.98
May 1, 2008 $39.75 $38.90 $39.75 $22.58 $18.30 $21.98 $17.63 $15.35
Flinder Valves and Controls RSE International Corporation
Common Stock Common Stock Preferred Stock
Exhibit 7
FLINDER VALVES AND CONTROLS INC.
Market Information on Firms in the Industrial Machinery Sector Expected
Price/ Growth
Earnings Dividend Rate
Ratio Beta Yield to 2010 Debt/Capital
Cascade Corp.
Manufactures loading engagement devices 10.5 0.95 1.7% 5.1% 29%
Curtiss-Wright Corporation
Manufactures highly engineered, advanced technologies
that perform critical functions 17.2 1.0 0.7 12.3 36%
Flowserve Corp.
Makes, designs, and markets fluid handling
equipment (pumps, valves, and mechanical seals) 20.8 1.3 1.0 27.0 30%
Gardner Denver
Manufacturers stationary air compressors, vacuum
products, and blowers 10.9 1.3 Nil NMF 19%
Idex Corp.
Manufactures a wide range of pumps and machinery
products 16.1 1.05 1.5 10.8 22%
Roper Industries
Manufacturers energy systems and controls, imaging
equipment, and radio frequency products 19.7 1.2 0.5 10.8 29%
Tecumseh Products
Manufactures compressors, condensers, and pumps 38.2 1.05 Nil NMF 8%
Watts Industries
Manufactures and sells and extensive line of valves
for the plumbing and heating and water quality markets 15 1.3 1.5 8.4 32%
NMF = not meaningful figure.
Source: Value Line Investment Survey, April 25, 2008.
Exhibit 8
Information on Selected Recent Related Mergers
Effective Date Acquirer Business Target Business
5/25/2006 Armor Holdings Inc. Law enforcement equip Stewart & Stevenson Turbine-driven products
6/26/2006 Bouygues S.A. Construction Alstom SA Power generation equip
9/20/2006 Boeing Co. Aircraft Aviall Inc Vehicle parts
11/10/2006 Daikin Industries Ltd. Air conditioning sys OYL Industries Bhd Airconditioners
12/8/2006 Oshkosh Truck Corp. Heavy duty trucks JLG Industries Inc Excavators/telehandlers
4/11/2007 Rank Group Ltd. Investment holding co SIG Holding AG Packaging/plastics machinery
6/22/2007 Meggitt PLC Aerospace/defense system K&F Industries Holdings Aircraft braking systems
7/31/2007 BAE Systems Inc. Electronic systems Armor Holdings Inc Law enforcement equip
12/3/2007 Carlyle Group LLC Private equity firm Sequa Corp Aircraft engine component
12/20/2007 ITT Corp. Pumps/valves EDO Corp Electn system products
2/6/2008 London Acquisition BV Investment holding co Stork NV Components
6/5/2008 Ingersoll-Rand Co Ltd. Industrial machinery/equip Trane Inc Airconditioners
FLINDER VALVES AND CONTROLS INC.
Information on Selected Recent Related Mergers
Acquirer Target
Transaction
Size ($mm)
Target Net
Sales Last 12
Months ($mm)
Equity Value/
Target Net
Income
Enterprise
Value/ Target
Net Sales
Enterprise
Value/ Target
Operating
Income
Enterprise
Value/ Target
Cash Flow
Premium 4
Weeks Prior to
Announcement
Date (%)
Armor Holdings Inc. Stewart & Stevenson 1,123 726 65.3 1.12 33.1 23.7 40.6
Bouygues S.A. Alstom S.A. 2,467 17,679 nmf 1.48 77.9 22.5 -1.2
Boeing Co. Aviall Inc. 2,057 1,371 28.9 1.53 18.7 14.9 27.2
Daikin Industries Ltd. OYL Industries Bhd 1,152 1,581 27.6 1.41 21.5 16.8 19.4
Oshkosh Truck Corp. JLG Industries Inc. 3,252 2,289 20.5 1.30 11.9 10.7 52.3
Rank Group Ltd. SIG Holding AG 2,314 1,418 38.6 1.56 64.8 14.2 19.3
Meggitt PLC K&F Industries Holdings 1,802 424 20.3 4.26 13.1 10.8 13.5
BAE Systems Inc. Armor Holdings Inc. 4,328 2,805 30.5 1.71 17.1 14.3 29.3
Carlyle Group LLC Sequa Corp. 2,007 2,181 34.4 1.25 20.6 12.5 63.3
ITT Corp. EDO Corp. 1,678 945 86.8 1.99 34.0 23.9 40.5
London Acquisition BV Stork NV 2,347 2,153 17.1 0.02 na na 35.2
Ingersoll-Rand Co. Ltd. Trane Inc. 9,751 8,328 21.2 1.39 14.9 11.6 na
FLINDER VALVES AND CONTROLS INC.
Exhibit 9
FLINDER VALVES AND CONTROLS INC.
Capital Market Interest Rates and Stock Price Indexes
(averages per annum, except April 2008, which offers closing values for April 25, 2008)
2006 2007 April 2008
U.S. Treasury Yields
3-month bills 4.70% 4.40% 1.28%
30-year bonds 5.00% 4.91% 4.52%
Corporate Bond Yields by
Aaa 5.59% 5.56% 5.58%
Aa 5.80% 5.90% 5.96%
A 6.06% 6.09% 6.32%
Baa 6.48% 6.48% 6.98%
Stock Market
S&P 500 Index 1,418 1,468 1,398
Price/earnings ratio 17.7Ć 18.3Ć 17.4Ć
Industrial Machinery
Price/earnings ratio 13.9Ć 14.0Ć
Dividend yield 1.4% 1.4%
Historical return premium of equity over government debt (1926-2007)
Geometric average 5.5%
Arithmetic average 7.2%
Data Source: Value Line Investment Survey, April 25, 2008; Federal Reserve Bulletin; Compustat
Exhibit 10
Forecast of Stand Alone Financial Statements for Flinder Valves
Actual
2007 2008 2009 2010 2011 2012
Sales $49,364 $59,600 $66,000 $73,200 $81,200 $90,000
Cost of goods sold 37,044 43,816 48,750 54,104 59,958 66,200
Gross profit 12,320 15,784 17,250 19,096 21,242 23,800
Selling, general, and administrative 2,936 3,612 4,124 4,564 5,052 5,692
Depreciation $1,508 $1,660 $1,828 $2,012 $2,212 $2,432
Other incomeānet 228 240 264 288 320 352
Income before taxes 8,104 10,752 11,562 12,808 14,298 16,028
Taxes 4,037 4,301 4,625 5,123 5,719 6,411
Net income $4,067 $6,451 $6,937 $7,685 $8,579 $9,617
FLINDER VALVES AND CONTROLS INC.
Projected
for Years Ending December 31, 2008ā12
(dollars in thousands)
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