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17

Financial Analysis

Student’s Name

Institutional Affiliation

Course

Professors’ Name

Date

Financial Analysis

a) Provide these statements in proper format and include a screenshot of the data.

WHIRLPOOL CORPORATION CONSOLIDATED STATEMENTS OF INCOME (LOSS) Year Ended December 31, (Millions of dollars, except per share data) ILDE 2017

whirlpool corporation consolidated statement of income (loss) year ended 31st Dec

2019

2018

2017

net sales

20,419

21,037

21,253

Expenses

cost of products sold

16,886

17500

17651

gross margin

3,533

3,537

3,602

selling general and administrative

2,142

2189

2112

intangible amortization

69

75

79

restricting costs

188

247

275

impairment of goodwill and other intangibles

747

(gain) loss on sale and disposal of businesses

-437

operating profit

1,571

279

1,136

other (income) expense

interest and sundry (income) expense

-168

108

87

interest expense

187

192

162

earnings (loss) before income taxes

1,552

-21

887

income tax expense

354

138

550

net earnings (loss)

1,198

-159

337

less net earnings (loss) available to no controlling interests

14

24

-13

net earnings (loss) available to whirlpool

1,184

-183

350

per share of common stock

basic net earnings (loss) available to whirlpool

18.6

2.72

4.78

diluted net earnings (loss) available to whirlpool

18.45

-2.72

4.7

weighted average shares outstanding

basic

63.7

67.2

73.3

Diluted

64.2

67.2

73.4

The accompanying notes are an integral part of these Consolidated Financial Statements.

whirlpool corporation consolidated balance sheet at Dec 31st

2,019

2,018

assets

current assets

cash and cash equivalents

1952

1498

accounts receivable net of allowance of 132 and 136 respectively

2198

2210

inventories

2438

2533

prepaid and other current assets

810

839

assets held for sale

818

total current assets

7398

7898

property net of accumulated depreciation of 6444 and 6190 respectively

3301

3414

right of use assets

921

goodwill

2440

2451

other intangibles net of accumulated amortization of 593 and 527 respectively

2225

2296

other non-current assets

358

299

differed income tax

2238

1989

total assets

18881

18347

liabilities and stockholders’ equity

current liabilities

accounts payable

4547

4487

accrued expenses

652

690

accrued advertising and promotion

949

827

employee compensation

450

393

notes payable

294

1034

current maturities of long-term debt

559

947

other current liabilities

918

811

liabilities held for sale

489

total current liabilities

8369

9678

non-current liabilities

long-term debt

4140

4046

pension benefits

542

637

postretirement benefits

322

318

lease liabilities

778

other non-current liabilities

612

463

total non-current liabilities

6394

5464

stockholders’ equity

Common stock, $1 par value, 250 million shares authorized, 112 million shares issued, and 63 million and 64 million shares outstanding respectively

112

112

additional paid in capital

2806

2768

retained earnings

7870

6933

accumulated other comprehensive loss

-2618

-2695

treasury stock 49 million shares outstanding respectively

-4975

-4827

total whirlpool stockholders equity

3195

2291

no controlling interests

923

914

total stockholders’ equity

4118

3205

total liabilities and stockholders equity

18881

18347

whirlpool corporation consolidated statement of cash flows year ended Dec 31st

2019

2018

2017

operating activities

net earnings (loss)

1198

-159

337

Adjustments to reconcile net earnings (loss) to cash provided by (used in) operating activities

depreciation and amortization

587

645

654

impairment of goodwill and other intangibles

747

(gain) loss on sale and disposal of businesses

-437

changes in asset and liabilities

accounts receivable

-87

79

160

inventories

-39

73

-229

accounts payables

140

210

180

accrued advertising and promotions

118

12

76

accrued expenses and current liabilities

22

162

-230

taxes differed and payable net

-116

-67

239

accrued pension and postretirement benefits

-81

-434

-58

employee compensation

106

44

36

other

-181

-83

99

cash from operating activities

1230

1229

1264

investing activities

capital expenditures

-532

-590

-684

proceeds from sale of assets and business

1174

160

61

purchase of held-to-maturity securities

-173

proceeds from held-to-maturity securities

60

113

investment in related business

-25

-35

other

-6

-4

-3

cash from investing activities

636

-399

-721

financing activities

net proceeds from borrowing of long-term debt

700

705

691

repayment of long-term debt

-949

-386

-554

net proceeds (repayment) from short-term borrowings

-723

653

367

dividends paid

-305

-306

-312

repurchase of common stock

-148

-1153

-750

purchase of no controlling interest shares

-41

-5

common stock issued

8

17

34

other

-7

-7

-14

cash from the financing activities

-1424

-518

-553

Effect of exchange rate changes on cash, cash equivalents and restricted cash

-28

-67

63

Increase in cash, cash equivalents and restricted cash

414

245

53

Cash, cash equivalents and restricted cash at beginning of year

1538

1293

1240

Cash, cash equivalents and restricted cash at end of year

1952

1538

1293

Supplemental disclosure of cash flow Information

Cash paid for interest

194

183

181

Cash paid for income taxes

469

206

311

b) Calculate annual rate of return by using adjusted closing prices for the past 20

The annual rate of return on a stock is a measurement of how much the stock has increased on average per year over a certain time period (Jordà et al., 2019). When comparing performance to basic returns, the method is preferable since it is often computed as a geometric average to assess how much an investment has earned over time.

Historical Annual Stock Price Data for Whirlpool

Current Value - Original Value / Original Value * 100 = Rate of Return Formula

Whirlpool's Rate of Return will be: = 142.660904 - 28.739281/28.739281 * 100 = 396.396914 percent based on the data.

(Current Value/Original Value) = Annual Rate of Return Formula

20 years = 1/n - 1 N.

As a result, Whirlpool's annual rate of return will be (142.660904/28.739281).

8.34065419 percent = 1/20 = 1.083406542 - 1 = 0.083406542

c) Using the data on the company's stock rate of return and the index's rate of return estimate beta of the corporation.

The volatility or risk of a stock is measured as a percentage of the overall stock market's volatility. According to Hollstein, Prokopczuk, and Simen (2019), a stock's beta indicates the predicted or expected change in stock price depending on general market movements.

The Beta of Whirlpool will be calculated as follows:

0.09 percent risk-free rate (3-month US Treasury bill)

The stock rate of return for Whirlpool is 8.34065419 percent.

The market rate of return is 10%.

8.34065419 - 0.09 = 8.25065419 percent difference between stock rate of return and risk free rate

The difference between the risk-free rate and the market rate of return = 10-0.09 = 9.91 percent.

Beta Estimate = 8.25065419/9.91 = 0.832558445 = difference between stock rate of return and risk free rate / difference between market rate of return and risk free rate

According to the source, beta is 1.91. (5Y Monthly)

My Beta is less than one, indicating that Whirlpool Corporation Stock is less volatile than the overall market. The stock has a beta of 1.91, which is a 5Y monthly, suggesting that it is highly volatile when compared to the market as a whole, according to the Source.

d) Estimate the expected annual rate of return of the corporation's security.

0.09 percent risk-free rate

8.34065419 percent rate of return on stock

The market rate of return is 10%.

Expected Annual Return as calculated by CAPM = RFR+stock (RmarketRFR), according to Situm, M. (2021).

Where: RFR stands for risk-free rate.

Bstock - Stock Beta

Rmarket stands for "market rate of return."

e) Using the financial statements mentioned above estimate the annual rate of interest paid by the corporation (cost of debt). Also, find the tax rate and capitalization ratio (proportions among equity and debt). Using these values that you have found, estimate the annual weighted cost of capital (WACC) of the corporation.

The effective rate of interest paid by a company on its obligations is known as the cost of debt. It is the entire debt of a company before any tax deductions (Zaid et al., 2020).

The total book value of debt on the B. Sheet is $5899 million.

$187 million in interest cost from the income statement

As a result, loan cost = 187/5899 = 0.031700288 or 3.17 percent.

Rate of effective taxation:

$1552 million in earnings before taxes

Taxes - $354 million

As a result, the tax rate is 354/1552 = 0.228092784 or 22.8 percent.

Ratio of capitalization:

Whirlpool has a market value of $11586.190 million (E).

Debt (D) has a book value of $5899 million.

E / (E + D) = 11586.190 / (11586.190 + 5899) = 0.6626 Weight of equity = E / (E + D) = 11586.190 / (11586.190 + 5899) = 0.6626

D / (E + D) = 5899 / (11586.190 + 5899) = 0.3374 Weight of Debt = D / (E + D) = 5899 / (11586.190 + 5899) = 0.3374

The equity cost of capital will be Cost of Equity = Risk-Free Rate of Return + Beta of Asset * (Expected Return of the Market - Risk-Free Rate of Return) = 8.34065419, which corresponds to the Expected Annual Rate of Return in "d" above.

As a result, the Whirlpool WACC calculation will be as follows:

E / (E + D) = WACC

0.6626*8.34065419 percent + 0.3374*3.17 percent (1-22.8 percent ) = 0.063522162 = 6.352 percent Cost of Equity + D / (E + D)*Cost of Debt(1 - Tax Rate) = 0.6626*8.34065419 percent + 0.3374*3.17 percent (1-22.8 percent ) = 0.063522162 = 6.352 percent

Whirlpool Corporation has a low WACC, indicating that it is well-managed in terms of debt and equity. High WACC numbers indicate that a company's activities are fraught with danger, since it will have to pay more in interest (Arnold & Lewis, 2019). Whirlpool must theoretically pay its investors $0.0352 for every additional dollar it acquires at 6.352 percent.

As a result, Whirlpool Corporation's Expected Annual Return will be =0.09% + 0.832558445 * (10-0.09) = 0.09 percent + 8.25065419 percent = 8.34065419 percent.

Debt securities, also known as fixed-income securities, are money that has been borrowed and must be returned according to conditions that specify the amount borrowed, the interest rate, and the maturity date (Dennison, 2018). In other terms, debt securities are financial instruments that may be exchanged between parties, such as bonds (e.g., government or municipal bonds) or certificates of deposit (CDs).

Shareholders' ownership interests in a business are represented through equity securities. To put it another way, it's an investment in an organization's equity shares that allows you to become a shareholder.

Holders of equity securities vary from holders of debt securities in that the former are not entitled to monthly payments, but they may benefit from capital gains by selling the stocks. Another distinction is that equity securities provide the holder ownership rights, making him one of the company's owners, with a stake proportional to the number of shares purchased.

As the name implies, a hybrid security is one that combines the features of both debt and equity instruments. To borrow money from investors, many banks and organizations use hybrid securities.

They usually offer to pay a higher interest rate at a set or variable rate until a certain date in the future, similar to bonds. The amount and timing of interest payments are not guaranteed, unlike a bond. They may even be changed into shares at any moment, or an investment can be cancelled.

Derivative securities are financial products whose value is based on fundamental factors. Assets such as stocks, bonds, currencies, interest rates, market indexes, and commodities may be used as variables. The primary goal of utilizing derivatives is to think about and reduce risk (Obthong et al., 2020). It is accomplished through insuring against price fluctuations, facilitating speculation, and gaining access to difficult-to-reach assets or marketplaces.

Derivative securities are divided into four categories:

1. Futures

Futures, also known as futures contracts, are a contract between two parties for the purchase and delivery of an asset at a future date for a pre-determined price. Futures contracts are already standardized and traded on an exchange. The parties engaged in a futures transaction must purchase or sell the underlying asset.

2. Forwards

Forwards, also known as forward contracts, are similar to futures in that they are traded on a retail basis rather than on an exchange. The buyer and seller must decide on the derivative's terms, size, and settlement procedure when establishing a forward contract.

3. Options

Options, sometimes known as options contracts, are similar to futures contracts in that they involve two parties purchasing or selling an item at a preset price at a future date. The main difference between the two kinds of contracts is that with an option, the buyer is not obligated to finish the purchasing or selling process.

4. Swaps

Swaps are transactions in which one kind of cash flow is exchanged for another. An interest rate swap, for example, allows a trader to move from a fixed to a variable interest rate loan, or vice versa.

References

Arnold, G., & Lewis, D. S. (2019). Corporate financial management. Pearson UK.

Dennison, T. (2018). Bonds, Fixed Income, and Money Markets. In Invest Outside the Box (pp. 9-53). Palgrave Macmillan, Singapore.

Hollstein, F., Prokopczuk, M., & Simen, C. W. (2019). Estimating beta: Forecast adjustments and the impact of stock characteristics for a broad cross-section. Journal of Financial Markets44, 91-118.

Jordà, Ò., Knoll, K., Kuvshinov, D., Schularick, M., & Taylor, A. M. (2019). The rate of return on everything, 1870–2015. The Quarterly Journal of Economics134(3), 1225-1298.

Obthong, M., Tantisantiwong, N., Jeamwatthanachai, W., & Wills, G. (2020). A survey on machine learning for stock price prediction: algorithms and techniques.

Situm, M. (2021). Determination of expected cost of equity with the CAPM: Theoretical extension using the law of error propagation. Managerial and Decision Economics42(1), 77-84.

Zaid, M. A., Wang, M., Abuhijleh, S. T., Issa, A., Saleh, M. W., & Ali, F. (2020). Corporate governance practices and capital structure decisions: the moderating effect of gender diversity. Corporate Governance: The International Journal of Business in Society.