FINANCIAL STATEMENTS AS A MANAGEMENT TOOL
This article shows you how to use your financial
statements to answer ten important questions. In addition,
three case studies provide examples of how financial
statement analysis works. Figure 1 shows several ratios that
are commonly used for analyzing financial statements. Keep in
mind that the ratios shown in Figure 1 are only a sample of
dozens of widely-used ratios in financial statement analysis.
Many of the ratios overlap.
To illustrate financial statement analysis, we will use
the financial statements of K-L Fashions, Inc. K-L Fashions
is a direct mail order company for quality "cut and
sewn" products. Their financial statements are presented
in Figure 2. Like most small businesses, they have a
relatively simple capital structure and their income
statement reflects typical revenues and expenses. Inventory
consists primarily of merchandise obtained under contract
from approved garment makers and held for resale. K-L
Fashions uses trade credit for purchases, but its sales
consist almost entirely of credit card sales. Consequently,
we see a very low accounts receivable balance compared with
accounts payable. Some of the items that would normally be
seen on financial statements have been consolidated to
simplify the presentation.
Financial statement analysis can be applied from two
different directions. Vertical analysis is the application of
financial statement analysis to one set of financial
statements. Here, we look "up and down" the
statements for signs of strengths and weaknesses. Horizontal
analysis looks at financial statements and ratios over time.
In horizontal analysis, we look for trends - whether the
numbers are increasing or decreasing; whether particular
components of the company's financial position are getting
better or worse.
We will look at the financials from the perspectives of
four different groups: owners, managers, short-term creditors
and long-term creditors.
Owners
Although owners of small businesses often are also the
managers, the initial concern is with owners as investors in
the business. Owners use financial statement data as a way to
measure whether their money is working as hard in the
business as it would in an alternative investment. The data
can also tell how well you or your managers have managed the
firm's assets. Thus, the ratios that are of greatest interest
to you as owner/investor are those that measure profitability
relative to (1) your own investment in the firm and (2) the
total amount invested in the firm from both your capital and
borrowed funds.
1. How well is the company doing as an
investments?
The Return on Investment (ROI) [Net Income / Owners'
Equity (Average)] measures the profitability of the firm on
owner invested dollars. Net income is the after-tax return.
The owners' equity (or capital) account is the investment. It
is the amount you have contributed directly to the business
and amounts that you have reinvested via undistributed
profits.
ROI gives an indication of the past earning power of your
investment and can be used to compare the company's
performance in this regard to other companies in the
industry. It should also be compared with other investment
opportunities open to you. If your company typically
generates a return of 10 percent and you can invest elsewhere
at 15 percent, it doesn't make sense from a purely economic
standpoint to keep your funds tied up in the company.
K-L Fashions' ROI for fiscal 1991 was about 12.7 percent
[$147,430 / $1,157,150]. Average equity is used as the
denominator to approximate the amount available for use in
generating net income over the course of the entire year.
Taken by itself, this figure is neither impressive nor
disturbing. The median "return on net worth"
calculated by Dun and Bradstreet (D&B) for catalog and
mail-order houses was 22.3 percent.
Figure 1. Financial Ratios
| Ratio |
Formula |
What it measures |
What it tells you |
| |
Owners:
Return on Investment (ROI) |
Net Income
Average Owners' Equity |
Return onowners' capital. When compared with
return on assets, it measures the extent to which
financial leverage is being used for or against the
owner |
How well is this company doing as an investment? |
Return on Assets (ROA)
Average Total Assets |
Net Income employed by management. |
How well assets have been employed company
assets? Does it pay to borrow? |
How well has management |
| Managers: |
Net Profit Margin
Sales |
Net Income |
Operating efficiency. The ability to create
sufficient profits from operating activities. |
Are profits high enough, given the level of
sales? |
| Asset Turnover |
Sales
Average Total Assets |
Relative efficiency in using total resources to
produce output. |
How well are assets being used to generate sales
revenue? |
| Return on Assets |
Net Income * Sales
Sales Total Assets |
Earning power on all assets; ROA ratio broken
into its logical parts: turnover and margin. |
How well has management employed company assets? |
| Average Collection Period |
Average A/R. * 365
Annual Credit Sales |
Liquidity of receivables in terms of average
number of days receivables are days receivables are
outstanding. |
Are receivables coming in too slowly? |
| Inventory Turnover |
Cost of Goods Sold Expense
Average Inventory |
Liquidity of inventory; the number of times it
turns over per year. |
Is too much cash tied up in inventories? |
| Average Age of Payables Average |
A/P * 365
Net Purchases |
Approximate length of time a firm takes to pay
its bills for trade purchases. |
How quickly does a prospective customer pay its
bills? |
| Short-Term Creditors: |
| Working Capital |
Current Assets -
Current Liabilities |
Short-term debt-paying ability. |
Does this customer have sufficient cash or other
liquid assets to cover its short-term obligations? |
| Current Ratio |
Current Assets
Current Liabilities |
Short-term debt-paying ability without regard to
the liquidity of current assets. |
Does this customer have sufficient cash or other
liquid assets to cover its short-term obligations? |
| Quick Ratio |
Cash + Mktble Sec. + A/R
Current Liabilities |
Short-term debt-paying ability without having to
rely on sale of inventory. |
Does this customer have sufficient cash or other
liquid assets to cover its short-term obligations? |
| Long-Term Creditors: |
| Debt-to-Equity Ratio |
Total Debt
Total Equity |
Amount of assets provided by creditors for each
dollar of assets provided by owner(s). |
Is the company's debt load excessive? |
| Times Interest Earned |
Net Income + (interest + Taxes)
Interest Expense |
Ability to pay fixed charges for interest from
operating profits. |
Are earnings and cash flows sufficient to cover
interest payments and some principal repayments? |
| Cash Flow to Liabilities |
Operating Cash Flow Total Liabilities |
Total debt coverage. General debt-paying ability. |
Are earnings and cash flows sufficient to cover
interest payments and some |
Figure 2. K-L Fashions, Inc. Balance Sheet
| January 31, 1991 |
| (Dollars in thousands) |
1991 |
1990 |
1989 |
1988 |
| |
| Assets |
| Current Assets: |
| Cash and Cash Equivalents |
$272,640 |
$82,540 |
$321,390 |
$281,750 |
| Receivables |
12,090 |
3,480 |
7,550 |
2,740 |
| Inventory |
738,630 |
857,090 |
668,200 |
464,440 |
| Prepaid Expenses |
54,880 |
54,030 |
39,670 |
33,630 |
| Total Current Assets |
1,078,240 |
997,140 |
1,036,810 |
782,560 |
| |
| Property, Plant and Equipment (at
cost): |
| Land and Buildings |
531,270 |
383,350 |
312,670 |
151,140 |
| Fixtures and equipment |
476,460 |
411,230 |
251,920 |
219,740 |
| Leasehold improvements |
16,460 |
15,120 |
12,340 |
9,080 |
| Construction in progress |
|
46,370 |
32,800 |
6,740 |
| Less Accumulated Depreciation |
(248,430) |
(183,890) |
(135,020) |
(99,470) |
| Property, Plant and Equipment, net |
775,760 |
672,180 |
474,710 |
287,230 |
| Total Assets |
$1,854,000 |
$1,669,320 |
$1,511,520 |
$1,069,790 |
| |
| Liabilities and Stockholders' Equity |
| Current Liabilities: |
| Accounts Payable |
$377,970 |
$244,150 |
$259,040 |
$212,223 |
| Advance Payment on Orders |
4,460 |
2,030 |
3,500 |
4,530 |
| Income Taxes Payable |
70,800 |
53,020 |
103,970 |
53,940 |
| Other Current Obligations |
154,510 |
139,950 |
148,790 |
117,900 |
| Total Current Liabilities |
607,740 |
439,150 |
515,300 |
388,600 |
| |
| Long-Term Debt |
78,000 |
84,130 |
76,740 |
86,670 |
| |
| Stockholders' Equity: |
Common Stock; 20. 1 M, 20.1 M, and 20.0 M.
shares, respectively, at par |
2,010 |
2,010 |
2,000 |
2,000 |
| Additional Capital, net |
311,360 |
307,810 |
293,080 |
223,080 |
| Retained Earnings |
983,810 |
875,160 |
624,400 |
341,666 |
| Less Treasury Stock, at cost |
(128,920) |
(38,940) |
- |
- |
| Total Stockholders' Equity |
1,168,260 |
1,146,040 |
919,480 |
566,740 |
| |
| Total Liabilities and Equity |
$1,854,000 |
$1,669,320 |
$1,511,520 |
$1,069,790 |
| |
| Net Sales |
100.0% |
100.0% |
100.0% |
100.0% |
| |
| Cost of Goods |
59.2 |
57.5 |
57.4 |
56.6 |
| |
| Gross Profit |
40.8 |
42.5 |
42.6 |
43.4 |
Selling, General and Administrative
Expenses (including depreciation) |
36.8 |
33.9 |
31.5 |
32.0 |
| |
| Income from Operations |
4.0 |
8.6 |
11.1 |
11.4 |
| |
| |
| Other Income (expenses): |
| Interest and other income |
.3 |
.4 |
.6 |
.4 |
| |
| Interest Expense |
(.2) |
(.3) |
(.3) |
(.4) |
| |
| Income Before Income Taxes |
4.1 |
8.7 |
11.4 |
11.4 |
| |
| Income Tax Provision |
1.7 |
3.4 |
4.3 |
4.8 |
| |
| Net Income |
2.4% |
5.3% |
7.1% |
6.6% |
| |
| Net Sales |
$6,039,750 |
$5,452,010 |
$4,558,060 |
$3,362,910 |
| |
| Cost of Goods |
3,573,070 |
3335,730 |
2,616,710 |
1,901480 |
| |
| Gross Profit |
2,466,680 |
2,316,280 |
1,941,350 |
1,459,430 |
Selling, General and Administrative
Expenses (including depreciation) |
2,221,540 |
1,849,100 |
1,434,860 |
1,076,990 |
| |
| Income from Operations |
245,140 |
467,180 |
506,490 |
382,440 |
| |
| Other Income (expenses): |
| Interest and other income |
14,470 |
19,510 |
27,250 |
14,410 |
| |
| Interest Expense |
(10,180) |
(13,990) |
(12,320) |
(13,570) |
| |
| Income Before Income Taxes |
249,430 |
472,700 |
521,420 |
383,280 |
| Income Tax Provision |
102,000 |
181,990 |
198,600 |
162,080 |
| |
| Net Income |
$147,430 |
$290,710 |
$322,820 |
$221,200 |
| |
| Net cash flows from operating activities |
$512,020 |
$95,200 |
$255,600 |
$217,030 |
| |
| Net cash flows from investing activities |
(175,410) |
(250,560) |
(226,690) |
(52,310) |
| |
| Net cash flows from financing activities |
(146,510) |
(83,490) |
10,730 |
(43,290) |
| |
Net increase (decrease)
in cash and cash and cash equivalents |
$190,100 |
$(238,850) |
$39,640 |
$121,430 |
The trend established over the last three
years is more important. Comparing the 1991 return with the
two preceding years, there is a sharp drop from 43.4 percent
in 1989, to 28.2 percent in 1990, to 12.7 percent in 1991.
2. How well has management employed the company's
assets?
The Return on Assets (ROA) [Net Income - Average Total
Assets] measures the profitability of the firm on all
invested dollars. That is, it measures how well the firm's
assets have been employed in generating income. This measure
is omewhat broader than the return on equity because it
compares the returns on total capital. This includes the
capital that you and the creditors have provided.
What constitutes a satisfactory ROA? It depends on the
types of assets and their end use. Once again, since
companies within a given industry tend to employ similar
assets, your ROA should be measured against industry norms.
K-L Fashions' ROA for fiscal 1991 was 8.4 percent [$147,430
--. $1,761,660] compared with a median of 10 percent for the
industry for the most recent period. Again, K-L Fashions
falls short. We also see a declining ROA over a three-year
period: 25 percent for 1989, 18.3 percent for 1990, and 8.4
percent for 1991.
Managers
Managers, too, are interested in measuring the operating
performance in terms of profitability and return on invested
capital. If they are not owners, managers must still satisfy
the owners' expectations in this regard. As managers, they
are interested in measures of operating efficiency, asset
turnover, and liquidity or solvency. These will help them
manage day-to-day activities and evaluate potential credit
customers and key suppliers. Manager ratios serve as cash
management tools by focusing on the management of inventory,
receivables and payables. Accordingly, these ratios tend to
focus on operating data reflected on the profit and loss
statement and on the current sections of the balance sheet.
3. Are profits high enough, given the level of
sales?
In other words, how efficiently is management conducting
operations? The Net Profit Margin [Net Income / Sales (or
Return on Sales)] is a measure of the relative efficiency of
the company's operations after deducting all expenses and
income taxes. It measures the proportion of each sales dollar
that results in net income.
The average for this ratio varies widely from industry to
industry. To serve as an aid in management, the company's net
profit margin should be compared with that of similar
companies in the same industry, and with the company's past
figures. The manager should monitor this ratio and
investigate potential problems when the ratio begins to fail
below the industry average or has shown continued
deterioration during the most recent quarter or two. If both
conditions exist, management Is likely facing a problem that
requires immediate attention. Incidentally, most bank loan
officers use the return on sales ratio as a key indicator in
making term loan decisions. A deteriorating ratio is often
seen as an indication of impending business distress.
The fiscal 1991 net profit margin for K-L Fashions was 2.4
percent [147,430 / 6,039,7501]. By comparison, the median
return on sales for the industry, as reported by D&B, was
4.0 percent, meaning that another of the company's
profitability measures is below the industry norm. Equally
troubling is the downward trend in the net profit margin
since 1989. In fiscal year 1990, the net profit margin was
5.3 percent, down from 7.1 percent for 1989. Over this
period, profits declined 54.3 percent, despite a 32.5 percent
increase in sales. If the company were maintaining operating
efficiency, increases in sales would result in increases in
profits. (This scenario is generally an indication that some
operating expenses are getting out of hand.) An examination
of K-L Fashions' income statement suggests that selling,
general and administrative expenses, which grew by 55 percent
over the past two years, could be the cause of the decreased
profitability. Because the financials for K-L Fashions only
provide general categories, it is difficult to assess the
cause of the increase in this expense category.
4. How well are the company's assets being
employed to generate sales revenue?
The Asset Turnover ratio [Sales - Average Total Assets]
indicates the relative efficiency with which managers have
used the firm's assets to generate output, and thus, it helps
answer this question. Here again, what is acceptable or
appropriate varies from industry to industry. Usually,
however, a higher ratio is better. A very high turnover rate
could signal an opportunity for expansion or the need for
early replacement of assets. It could also mean that the
company is in a high-volume, low-margin industry.
K-L Fashions' asset turnover ratio was 3.4 times
[$6,039,750 - $1,761,660] for fiscal 1991 and, despite a
decrease from fiscal 1990, remains at a level comparable with
fiscal year 1989. This means little by itself; but compared
with the industry average of 3.1 times, we might conclude
that sales performance is probably satisfactory for the
amount of resources available.
Neither the profit margin nor the asset turnover by itself
provides an adequate measure of operating efficiency or
profitability. But multiplying the profit margin by the asset
turnover ratio gives us the "Return on Assets"
ratio or earnings power on total assets. This ratio is the
same as the ROA computed for the owners but is presented in a
form that managers often find more useful. It blends, in one
number, all the major ingredients of profitability; yet it
allows the manager to see how the individual components
contribute. Thus, there are two basic ingredients to
profitability: asset turnover and profit margin. An
improvement in either without changing the other - will
increase the return on assets.
What can managers do to increase the returns on assets and
owners' investments? The return on assets will increase by
either an increase in the asset turnover or an increase in
the profit margin. Three separate items are involved in the
calculation: sales, net income and assets. However, since net
Income is simply sales minus expenses, the three individual
items subject to management control are sales, expenses and
assets. Either increasing sales, decreasing expenses, or
decreasing assets, while holding the others constant, will
improve the ROA and with it the ROI Given K-L Fashions' most
recent financial statement, it appears the most fruitful
efforts would consist of controlling costs to increase both
profits and the profit margin.
Notice that it doesn't require sophisticated analysis to
come to this conclusion. This illustrates, however, one role
of financial statement analysis: to highlight areas that need
management attention. Once problem areas are highlighted,
solutions can be obvious. This is why a common-sense approach
of increasing sales and lowering expenses works to improve
profitability.
5. Are receivables coming in too slowly?
The Average Collection Period [(Average A/R Annual Credit
Sales) * 365] of receivables tells how many days, on average,
customers' trade accounts (AIR) are outstanding. The average
collection period is a measure of both liquidity and
performance. As a measure of liquidity, it tells how long it
takes to convert accounts receivable into cash. As a measure
of performance, it I indicates how well the company is
managing the credit extended to customers.
Whether the average collection period is too high will
depend on what kind of credit terms the company extends to
its customers and how appropriate those terms are. If
accounts are expected to be paid in 30 days, a 34-day average
would be considered very good. Most customers tend to
withhold payment for as long as the credit terms allow. This
practice, along with some ever-present slow accounts, can
cause the average collection period to exceed the stated
limit by a week to 10 days and should not be a matter of
concern. An average collection period of 48 days in this
case, however, could be a danger signal. Customers who are
slow in paying their bills, may never pay at all.
As the balance sheet shows, K-L Fashions' accounts
receivable are insignificant. The average collection period
relating to all sales was .5 days [($7,785 -$6,039,750) x
365] for 1991 and less than one-half day for each of the
prior two years. This rapid turnover of receivables is
understandable, because K-L Fashions' "credit
sales" are largely bank credit card sales. Cash
management in this area seems to be good in that no time is
wasted in getting credit card invoices and personal checks
credited to the company's account.
Because accounts receivables balances for K-L Fashions
comprise a minor portion of the company's total assets, this
ratio is not particularly useful as a cash management tool to
its managers. And, as stated previously, a common sense
approach to financial statement analysis must be maintained.
If, like K-L Fashions, your business has few receivables,
then analysis of them would not be worthwhile. Another
example is service industries that have no inventory. With no
inventory, the next section of analysis is irrelevant.
6. Is too much cash tied up in inventories?
The Inventory Turnover [Cost of Goods Sold Expense /
Average Inventory] ratio is used to measure the speed with
which inventories are being sold and is useful in managing
inventory levels. How much inventory should the company keep
on hand? The answer depends on making a delicate trade-off
between anticipated near-term sales, the costs of ordering
and holding inventory, the cost of stock-outs, etc. It also
depends on the expected future availability of goods from the
company's suppliers. In either case, excessive cash tied up
in inventories reduces a company's solvency.
This ratio is vital for small-business managers who must
make very effective use of the limited capital available to
them. just what is an appropriate turnover rate depends on
the industry, the inventory itself, and general economic
conditions. For example, the Brokaw Division of Wausau Papers
(in Brokaw, Wisconsin) often has one to three years' worth of
raw material inventory (logs) on hand. Because the road and
weather conditions limit the time when wood can be received
in Northern Wisconsin, Wausau Papers is forced to have a very
slow inventory turnover rate for raw materials at that
particular plant. However, finished goods (cut, colored
paper) turnover every 28 days.
If inventory turnover for the firm is consistently much
slower than the average for the industry, then inventory
stocks probably are either excessively high or contain a lot
of obsolete items. Excessive inventories simply tie up funds
that could be used to make needed debt payments or to expand
operations. An extremely high turnover rate could be a sign
of stock-outs - not being able to fill a customer's order
because the goods are not on hand. However, on the positive
side, if neither stock-outs nor collections are a problem,
then a high ratio can be good.
K-L Fashions' balance sheet also shows that, other than
plant and equipment, more dollars have been invested in
inventory than any other asset category. Given the type of
firm, this is not unusual. However, the inventory turnover
rate for the company is only 4.5 times per year [$3,573,070 -
$797,860], meaning that it takes an average of 81.5 days [365
-- 4.5] for the company to sell its inventory once it is
purchased. This translates into about 81 days of inventory.
Does this indicate too much inventory for the rate at which
it is selling? On the surface it might seem excessive,
considering that inventory balances should be at a low point
after the Christmas sales rush. A look at similar companies,
however, reveals that K-L Fashions' turnover is not much
slower than the industry average of 5.1 times (or 72 days).
Even with this level of inventory, management stated in its
annual report that the company was able to fill only 82
percent of orders from goods on hand.
Short-term creditors
Short-term creditors, including managers who extend credit
to trade customers, are interested in the solvency of
borrowers or customers. As a result, they tend to focus on
the current section of the balance sheet. The same
calculations that a manager does on his/her own financial
statements can also be done on a debtor's financial
statements. The most widely used financial ratios used to
answer questions of short-term solvency are the current ratio
and quick ratio.
7. Does this customer have sufficient cash or
other liquid assets to cover its short-term obligations?
The Current Ratio [Current Assets / Current Liabilities]
is one of the most frequently used measures of solvency. It
shows the relationship between current assets and current
liabilities. Current liabilities are obligations that will
come due in the next 12 months. Current assets are assets
that are expected to be converted to cash in the same period.
This ratio is widely used to provide one indication of
whether a prospective customer or borrower is a good
short-term credit risk. An old rule-of-thumb says that the
current ratio should be at least 2.0 to provide an adequate
margin of safety. Whether this ratio is high enough, however,
depends on the type of company involved and, to some extent,
on the time of year. (Airlines often have current ratios
under 1.)
What constitutes a good ratio also depends on the
composition of the current assets relative to the due dates
for the current obligations. If inventory makes up a
significant portion of current assets and it is moving
slowly, a higher than-average ratio may hide potential
liquidity problems. Thus, the quick ratio should also be
evaluated.
The Quick Ratio [Cash + Marketable Securities + A/R /
Current Liabilities] (or acid test) is a somewhat more
accurate guide to short-term solvency. This ratio is the same
as the current ratio except that it excludes inventory and
prepaid expenses - the least liquid of the current assets. It
provides a more penetrating measure of solvency than does the
current ratio. If receivables turn over rapidly, a quick
ratio of 1.0 or a little higher is probably adequate. A
grocery store will often have quick ratios of .25 to .50 and
current ratios that exceed 2.
Suppose we are a supplier to K-L Fashions. KL Fashions'
current ratio at the end of fiscal year 1991 was 1.8 times
($1,078,240 - $607,740), down from 2.3 times the previous
year and below the industry median of 2.5 times. However,
even if the latest current ratio were 2.3 or better, it alone
would not provide us much comfort because inventory comprises
so much of the company's current assets.
K-L Fashions' latest quick ratio is .5 times ($284,730
$607,740) compared with an industry average of 1.0 times.
This is a more stringent and valid test of liquidity in this
case. If the ratio is at least 1.0 times (which means that
liquid assets equal current liabilities), we can usually
assume that the company has few short-term payment problems.
At .5 times, however, we would want to look at other
indicators of future cash flows. Any small company with these
kinds of numbers may be required by creditors to provide a
short-term projection of future cash receipts and
disbursements.
8. How quickly does the prospective credit
customer pay its bills?
Suppose that, on balance, we find the company's short-term
solvency to be acceptable. Before agreeing to supply the
company on a credit basis (or establishing credit terms for
the company), we should try to determine how quickly the
company normally pays its bills. The Average Age of Payables
[(Average Payable - Net Purchases) * 365] helps answer this
question. That is, having determined that a company has the
capacity to pay its short-term obligations as they come due
(through the current or quick ratios), it is also important
to evaluate its payment practice. In a manner similar to
calculating the average collection period for accounts
receivable, one can compute the average "age" of a
company's payables, which is the average number of days it
takes to pay its invoices. The age of the potential
customer's payables will give a reasonable estimate of how
soon a creditor can expect to be paid. This is particularly
important for the small business that has just landed a major
customer.
A large corporation is likely to use very effective (from
its own standpoint) cash management procedures to ensure
prompt payment from its customers while delaying payment to
its suppliers as long as possible. Unless the small business
is a critical supplier of its large corporate customer, that
corporation may not accelerate its payment cycle to meet the
supplier's cash flow needs. That's why it is critically
important for the decision-making process of the small
business owner/manager to be able to estimate the potential
customer's payment cycle.
To calculate the average age of payables for K-L Fashions,
we need to estimate purchases because they are not reported
directly in the statements. Cost of goods sold (which is on
the income statement) equals beginning inventory, plus net
purchases, minus ending inventory. Therefore, purchases equal
the cost of goods sold ($3,573,070) minus beginning inventory
($857,090) plus ending inventory ($738,630), or about
$3,454,610. Using this calculation, we can calculate that the
average age of K-L Fashions' payables is [($311,060 /
$3,454,610) x 365]= 32.9 days. If K-L Fashions were a
potential customer, we should not expect it to pay our
invoices much sooner than 33 days.
Long-term creditors
Bankers and other long-term creditors want to be assured
of receiving interest and principal when each become due.
These creditors are particularly interested in the earning
power and the present and future financial capacity of the
borrower.
9. As a potential or present long-term borrower,
is the company's debt load excessive?
If the company's debt load is too high - it is highly
leveraged - it means that creditors of the firm have a
disproportionately high share, and owners have a
disproportionately low share, of the inherent risk of being
in business. A simple measure of the "risk load" is
the Debt-to-Equity (D/E) [Total Debt / Total Equity] ratio.
This ratio relates the investment provided by creditors to
that provided by owners. It indicates who is the major
risk-bearer in this business. That is, if the D/E ratio is
10:1, it means that creditors have $10 invested in this
business for every $1 that the owner has invested. Since the
owner is making the decisions, the creditor in this case is
in an extremely precarious position. The creditors in this
case stand to lose 10 times as much as the company's owners.
Therefore, the owner might be more willing to take more
speculative risks.
Conversely, if the ratio is 1: IO, it means that the owner
has more to lose. The creditors for this type of company
would feel safer knowing the owner has a bigger personal
stake. From a creditor's standpoint, a lower D/E ratio is
better. A long-term creditor tends to be skeptical of
borrowers' good intentions or judgment when the company is
highly leveraged or is seeking new funds that will cause it
to become highly leveraged. Owners should use this ratio to
view their companies as a long-term creditor would, and
should seek to keep the debt-to-equity relationship within
industry norms.
K-L Fashions' D/E is .6 ($685,740 / $1,168,260), compared
with a median D/E of .6 for the industry. This would normally
indicate relative financial strength. However, we should note
that those liabilities that do not need to be paid or settled
in the near term, constitute only about 1 1 percent of total
liabilities. Except for advance payments on orders, the other
89 percent are short-term obligations. Consequently, this
ratio is less important in this case than the short-term
solvency measures - even to the company's long-term
creditors. This reinforces the concept that ratio analysis
should be applied with common sense.
10. Are earnings and cash flow sufficient to cover
interest payments and provide for some principal repayment?
The Times Interest Earned (TIE) [Income + (Interest +
Taxes) / Interest Expense] ratio may be used to help answer
this question. Note that this ratio uses income before
interest and income taxes are subtracted because this is the
amount of income available to cover interest. The larger the
number, the easier it will be for the debtor company to
suffer an earnings depression, and still make its interest
payments. The TIE measures the bank's safety in terms of the
likelihood that it will continue to receive periodic interest
payments. The TIE does not, however, indicate how well total
debt payments are covered.
The Cash Flow to Total Liabilities [Operating Cash Flow /
Total Liabilities] ratio is preferred by many bankers as a
measure of earnings power relative to all debt. This debt
coverage ratio depicts a company's debt repayment capability
and is one of the more important indexes of long-term
solvency. The cash flow figure in the numerator refers to net
cash provided by operations as reported on the statement of
cash flows in Figure 2. For small companies that don't
prepare a cash flow statement, operating cash flow can be
estimated by taking income before interest and taxes and
adding back depreciation and other significant non-cash
charges.
The industry average for this ratio is not likely to serve
as a particularly useful benchmark. Bankers are more
interested in the trend of the ratio. Increasing levels of
debt without commensurate increases in cash generated by
profitable operations is a sure sign on financial problems
ahead. This could occur if the ROA is less than the borrowing
rate.
K-L Fashions' earnings before interest and taxes is
$259,610, compared with interest expense of $10,180. Thus,
its interest coverage in terms of the times interest earned
ratio is 25.5 times [$259,610 --.$10,180]. Although this
ratio has declined substantially over the past three years,
it has not declined as sharply as earnings because interest
charges have declined. Furthermore, it is still quite large,
indicating to creditors that interest payments are well
covered.
K-L Fashions' cash flow statement shows that net cash
provided by operations during fiscal year 1991 was $512,020,
a substantial increase over both 1990 and 1989. Compared to
the downward trend in net income, the cash flow from
operations suggests the company has been reporting a large
amount of noncash expenses like depreciation and
amortization. A likely cause in the increased noncash charges
is the large increases in land and buildings, and fixtures
and equipment. Furthermore, it appears from the balance sheet
that the expansion was financed by internally generated cash
and without the assistance of long-term creditors. As these
investments became productive, the company probably began
depreciating them, resulting in the downward trend in net
income. When these factors are considered, the decline in net
profit margins does not look so serious.
The cash flow to total liabilities ratio [Operating Cash
Flow / Total Liabilities] is therefore $512,020 / $685,740 =
74.7 percent. Standing alone, this ratio suggests that the
company is conservatively capitalized and generates
sufficient cash to cover its future obligations. The ratio is
particularly healthy considering the fact that more than half
of total debt is in the form of accounts payable, used to
finance inventory and receivables.
Three Case Studies
Case 1: Is a critical supplier in good financial
condition?
A manager should not overlook the use of financial
statement data in selecting key suppliers of raw material and
component parts if the information is available. For small
companies that depend upon other companies for critical raw
materials or merchandise, the ability to determine the
availability of those items could mean the difference between
success and failure. This is particularly important for the
smaller companies that do not have the purchasing clout of
their larger competitors. Yet this is one of the most
overlooked aspects of inventory management in most companies.
One of the key criteria to consider in evaluating
potential or existing suppliers is financial health. Unless a
supplier has staying power, all of its other fine qualities
won't mean much. Here we look to the supplier's financial
statements for some answers. Four easily-obtainable ratios
are probably sufficient to evaluate a supplier's financial
health adequately: (1) profit margin, (2) inventory turnover,
(3) quick ratio and (4) debt-to-equity.
The profit margin (return on sales) should be used in
evaluating a supplier the same way was used to evaluate the
manager's own company. It should be compared with other
companies in the industry to evaluate the supplier's relative
operating efficiency. More important, however, is to look at
the trend of this ratio. Even if the current year's profit
margin is within industry norms, a declining ratio could
indicate that the supplier is facing serious competition or
even a financial crisis.
The inventory turnover ratio can be used to determine
whether the supplier's inventories are moving, on the one
hand, and whether its inventory levels may be too low, on the
other. A key is to consider the industry average. A low
turnover could indicate that inventory is not moving, leading
to a future liquidity crisis. An exceptionally high turnover
could indicate that the supplier is maintaining very low
inventory levels, which could mean that goods will not be
available when a manager orders them.
The observation that high turnover could be either good or
bad reinforces the point that ratio computation is the
starting point for financial statement analysis - not the
final point. Out-of-line ratios are "red flags"
that call for an explanation. Any ratio that is too high or
too low needs to be examined closely for its causes.
The quick and debt-to-equity ratios are used extensively
by short-term creditors and long-term creditors,
respectively, to assess a debtor's liquidity and debt
structure. Although we are not concerned with being paid on
time by the supplier, we want reasonable assurance that the
supplier can discharge his financial obligations, both
short-term as well as long-term, and will not be forced into
bankruptcy. As noted earlier, the current ratio provides only
a rough measure of the supplier's short-term debt paying
ability. The quick ratio is a better test and usually is Just
as easily obtainable from the supplier's balance sheet. Cash
and cash equivalents (marketable securities), plus
receivables, are frequently listed separately among the
current assets. For this purpose, we would be satisfied with
a quick ratio of 1.0 or higher, or at least equal to the
industry norm.
The debt-to-equity ratio provides an indication of how
heavily the supplier is in debt, relative to the amount of
capital provided by the owners. The higher the ratio, the
more concerned one should be about the long-term welfare of
the supplier. As a customer, we probably wouldn't be too
concerned as long as the supplier's D/E ratio is less than
100 percent, which would indicate equal amounts of debt and
equity capital.
How would we assess K-L Fashions if it were a potential
supplier of raw materials or component parts instead of a
direct mail retailer? If we want to establish a relationship
with this company and rely on it to make timely deliveries of
critical items, we want to be sure it is in good financial
condition. We have suggested four ratios that should be
adequate for this purpose: the profit margin, inventory
turnover, quick ratio and debt-to-equity ratio. Because we
have calculated these ratios already, we will simply comment
on them in the present context.
Recall that the profit margin was below average for the
type of company involved and was declining. Looking at this
measure alone, one might conclude that the supplier will soon
be facing a serious financial crisis. However, the inventory
turnover ratio was only slightly below the industry average
and does not show a definite trend. Still, the inventory has
been turning over only once every 80 days or so. This
relatively low turnover ratio appears to be due primarily to
a higher-than-average level of inventory as a percent of
total assets. This could be viewed as favorable from our
standpoint as customer, since high inventory levels should
result in fewer back orders. However, high levels of slow
moving inventories reduce the liquidity of a company's
current assets and working capital.
The quick ratio of .5 times is substantially below the
industry average - and the general benchmark - of 1.0 times.
Since we are a customer in this case, we are not concerned
about being paid by this company; but we might wonder about
the company's ability to discharge its short-term debts as
they come due. On the other hand, the debt-to-equity ratio of
.6 times indicates that the company is not highly leveraged
and still has a fair amount of financial flexibility. The
company can probably obtain additional long-term funds to
make up for near term shortfalls. So, while the first three
ratios indicate that our potential supplier may be facing a
liquidity squeeze, the last indicates that the company's
total debt position is relatively solid. On balance, if this
were one of a limited number of potential suppliers of
critical materials, we would find little difficulty in
establishing long-term commitments.
We based our evaluation of K-L Fashions solely upon
information reported in its financial statements. Although we
attempted to address the questions from the standpoint of an
insider making a self-evaluation, we clearly do not have all
of the specific knowledge that is available to management.
Thus, while we might have expressed concern about the
company's liquidity and profitability - particularly recent
trends in these measures - it is possible that management has
everything under control. The point of the illustration is
that managers can use ratio and trend analysis to uncover
danger signs and to point to areas that need attention.
Case 2: When sales decline, What can I do to
weather the storm? Can I do anything to change it around?
For this case, there are two broad questions to examine:
(1) Looking back, did any of management's decisions
cause the downturn?
(2) Looking forward, what can management do to get
through the slump, and what can management do to reverse
the slump?
In the previous case, financial statement analysis was
used to answer a question and help make a decision. For this
case, we use financial statement analysis to help manage the
crisis, or point to sources for possible intervention.
What caused sales to go down? Obviously, external factors
can cause sales slumps. However, it should be equally obvious
that management's decisions can also affect sales. Where do
these show up in financial statement analysis?
Sales returns - Although not discussed above, if sales
returns as a percentage of sales increases, it could be a
sign of poor product quality or general customer
dissatisfaction. If product quality diminishes, you could be
losing not just the current sales, but also sales well into
the future. If you find that you are sending more raw
materials or products back to your supplier, it could mean
that too many inferior items are slipping through, and the
quality of products you make or sell is suffering. Lost sales
due to poor quality products can be very hard to turn around.
Net profit margin - While it's always nice to have a high
net profit margin, a profit margin that grows too quickly
could be a signal that some financial corners have been cut.
For example, continuing with the sales return discussion, you
could save money by buying cheaper goods. This would show up
as a lower cost of goods sold, and a higher margin. However,
cheaper goods could then result in dissatisfied customers and
lost sales. You could also increase the profit margin by
cutting advertising expense. This may also result in lower
sales. Finally, a high profit margin could be a sign that
prices are artificially high.
Accounts receivable turnover - It's nice to have a fast
turnover of receivables. However, like the profit margin, a
turnover ratio that changes too dramatically or too fast,
could be a signal for lost sales. Potential sales could be
lost if your sales instrument's credit and collection policy
is too tight. For example, American Express requires the
total balance on its charge cards to be paid upon receipt of
the invoice. As a result of this policy, some customers
prefer to pay with Visa, which allows periodic repayment,
than with American Express. In American Express' case, their
repayment policy might improve collections, but it also may
result in lost sales.
Looking forward, what can management do to correct the
declining sales pattern? Obviously, the first tack would be
to fix any problems identified by the previous analysis.
However, if this yields little help, there are other things
management can do.
Accounts receivable turnover - Management might consider
relaxing credit policies further, to generate more sales.
This would cause the turnover to increase. With this policy,
management runs the risk of giving the store away by selling
to uncollectible accounts.
Inventory turnover - This is perhaps the most important
ratio to monitor when sales decline. By effectively managing
inventory levels, a manager can minimize the cost of lower
sales. Because it costs money to buy and hold inventory,
maintaining or increasing inventory turnover (by buying less
and letting the stock run down) can save money and prevent
losses.
Case 3: I can't pay my bills on time What should I
do first?
As in Case 2, we can look to the financial statements for
causes and cures. You may have a liquidity problem if the
current and quick ratios are too low. The causes of cash flow
problems include: declining sales, poorpricing, poor accounts
receivable turnover and poor inventory turnover. Poor
inventory turnover also means you are buying inventory, but
that inventory isn't selling quickly enough.
Net profit margin - Looking at the net profit margin can
give you insights on whether or not the product is priced
adequately to cover overhead expenses. In the K-L Fashions
case, sales were increasing, but the profit margin was
decreasing. If the product is priced too low, then sales
revenues may not be sufficient to cover all of the other
operating expenses, like advertising, salaries, etc.
Inventory turnover - Even small changes in turnover ratios
can have a significant impact on the earnings of a company.
For example, in the K-L Fashions illustration, inventory
turned over every 81.5 days. If K-L Fashions could reduce
inventory and reduce turnover to the industry average of 72
days, then average inventory would decline to $704,825 [72
days * $3,573,070 (cost of goods)/365 days = $704,825] from
$797,860. That amounts to $93,035 that could be invested
elsewhere and save $9,304 in interest costs (using a 10
percent interest rate).
Accounts payable turnover - Similarly, the accounts
payable turnover is presently 33 days. If K-L Fashions slows
payment down by just one day, average accounts payable would
rise to $321,799 [34 days * $3,454,610 (purchases)/365 =
$321,799] from $311,060. The difference of $10,739 translates
into a $1,074 interest savings.
To improve cash flow from receivables without adjusting
your credit or collection policy, consider borrowing against
the receivables through an assignment or factoring
arrangement.
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