Category: Corporate Finance

If your business is on solid ground and you’re looking to expand, you’ll need to finance that growth. Expansion can involve a lot more than growing your customer base. It can mean tackling new markets, buying more equipment, offering new products, hiring employees and more. All of this requires money. But where can you find the required financing?

Retained Earnings

Retained earnings are company profits you keep in the company instead of paying yourself and other shareholders. It is very common for businesses to expand via retained earnings. The advantage is you don’t need to look for outside sources for financing and possibly give up equity. The disadvantage is that the speed at which you can expand is limited to the amount of available company cash.

Equity Investment

Raising money through equity investment means exchanging partial ownership of your company for cash. There are various ways of accomplishing this:

Investment From Within

If you bring in people to run the business with you, you’ll probably have them buy either a partnership share (if your business is not incorporated) or shares in your company (if your business is incorporated). After all, you did all the hard work and took the risk getting the business off the ground, it’s only fair that a new partner buy in. This will bring in some cash you can use for your expansion plans.

Incorporated businesses can also sell shares to employees. This brings in capital and has the added benefit of giving employees more incentive to to work hard to increase profitability. A downside with giving up significant share is that even if you make sure to keep at least 51% of the shares, you may still end up in conflicts.

Newer startups are often cash strapped. It can be difficult for these companies to afford the needed expertise. If this is your case, you may choose to bring in partners with needed expertise and trade shares in the company in exchange for work done. Otherwise known as “sweat equity”. The benefit is that you don’t have to pay cash up front for work done and the new partner shares in the risk. The downside is that if your company takes off, the equity you gave up might be worth a lot more than what it would have cost you to pay in salaries.

Angel & Venture Capital

It’s often easier to get financing from angels and venture capital once your business is out of the startup phase and has steady earnings. These investors often prefer to help businesses increase production and/or market share because it’s perceived as less risky than funding an unproven startup.

What exactly are angel investors and what is venture capital? Take a look at our “Sources of Financing” article for details.

Go Public

Your country of operation might have laws that can limit the number of outside investors that are allowed to have shares of your company. In the U.S. The U.S. Securities Exchange Act of 1934 generally limits a privately held company to fewer than 500 shareholders. In Canada, securities laws let a maximum of 50 people who aren’t employees own shares in a private company.

If you want to raise more money beyond what the limited number of investors can provide, you’ll have to “go public” or make an “IPO” (initial public offering). This means shares in your company to the public. The shares can then be traded between investors on a public stock exchange like the NASDAQ, NYSE or TSE.

A word of warning, an IPO is expensive and complicated to set up. You’re not guaranteed to get any money out of it and you’ll have to comply with regulations that private companies can avoid. As such, many owners prefer to stay private, and expand in other ways.

Loans

As with securing venture capital, loans are often easier to obtain for a business that has been running for a while with a good financial history. Banks, loan, trust, insurance companies and credit unions will often lend money to businesses. Additionally, governments sometimes have programs to guarantee loans for small businesses.

Sale & Leaseback of Equipment

If you already own business equipment, you can free up cash by selling the equipment and leasing similar equipment. Leasing companies will buy your equipment and lease it back to you. Of course, If you don’t really need the equipment at the moment, you can just sell it off. Any of these options will provide some extra cash.

Further Reading

For more information, please refer to our article on sources of financing.

The cash budget is an essential tool for short-term financial planning. It shows you how cash flows in and out of your business, so that you can figure out what your company’s short-term financing needs (and opportunities) are. With a cash budget, you can get a better idea about what your company might need to borrow in the short-term. Crucial, if you want to avoid cash-flow problems.

This article explains cash budgeting using an example. We’ll create a quarterly cash budget for a one year period. Although, in practice, you could create one for any reasonable time period (60 days, 90 days etc.).

Cash Budgeting Example

Let’s say your company is a toy distributor called Toy Inc., and you sell mainly to retail stores on credit, so that sales do not generate cash immediately.

Other assumptions:

• Toys Inc.’s fiscal year starts on July 1^st
• Sales are seasonal. Peak sales are in the second quarter because of Christmas.
• Toy Inc. Has a 90 day collection period, and 100% of sales are collected during the following quarter
• Accounts receivable at the end of the fourth quarter of the previous fiscal year is $1 million
• Collections (of accounts receivable) in the first quarter of the current fiscal year are $1 million

The first quarter sales of the current fiscal year of $10 million are added to the accounts receivable, but $10 million of collections are subtracted. This means that Toys Inc. Ended the first quarter with accounts receivable of $10 million.

The table below shows collections for Toys Inc. for the next four quarters. In our example, the only source of cash is the collection of accounts receivable. In reality, cash could come from other sources such as sales of assets, long-term financing, and investment income.

Cash Outflow

Once cash inflow dealt with, we look at cash outflow. Cash disbursements can be put into four basic categories:

1. Payments of accounts payable. These are payments for products or services that Toy Inc. has bought on credit. Purchases will depend on the sales forecast. For toy Inc., let’s assume that:
   • Payments are equal to last quarter’s purchases
   • Purchases are equal to half of next quarter’s sales forecast
2. Payments of wages, taxes and other expenses. This category includes all other normal costs of doing business for which payments are made. Depreciation is not included because it does not involve cash outflow.
3. Capital expenditures. These are payments made for long-term assets like equipment and buildings. In this example, let’s say Toys Inc. Plans a major capital expenditure in the fourth quarter.
4. Long-term financing. This includes interest and principal paid on long-term debt as well as dividend payments to shareholders.

To show cash outflows, we create a table shown below:

The Cash Balance

Finally, we put cash outflows and inflows together in another table. Below, we see that a large cash outflow is forecast in the second quarter. This isn’t because of an inability to earn profit, rather, it’s because of delayed collection on sales. This results in a cash shortfall of $3 million in the second quarter.

Let’s say Toys Inc. has established a minimum operating cash balance of $0.5 million to protect against the unexpected and to facilitate transactions. This means the shortfall in the second quarter is equal to $3.5 million.

What-If Analysis

Once you have a best guess estimate for your cash budgets, you could take it further by tweaking conducting a “what-if analysis”, or “sensitivity analysis”. For example, you might substitute best-case and worst-case values for the sales forecast, and see how it affects your cash budget.

If you’re trying to decide whether or not to buy a long-term asset for your business (like a vehicle, machine or some expensive software), you want to be reasonably assured that it will be worth it. By “worth it”, we mean that the benefits outweigh the costs. Capital budgeting helps evaluate the whether a long-term asset will pay off. 

This article won’t make you an expert in capital budgeting. It should however, provide you with a good overall understanding of capital budgeting and some commonly used techniques. To get the most of this article, it’s best to have an understanding of the time value of money.

To help make that “to buy or not to buy” decision, we introduce four common approaches to capital budgeting:

1. Payback Period
2. Accounting rate of return
3. Internal rate of return
4. Net present value

Example Company – Frodo’s Bakery

The easiest way to understand the approaches to capital budgeting is take a look at them using an example company. We’ll use the example of a fictitious bakery called Frodo’s Bakery (let’s say Frodo found that the market for rings and other jewelry was saturated, so he opened a bakery instead).

Frodo’s Bakery is thinking about buying a new automatic bread cooker that would cost $70,000 and last 5 years. It would boost capacity and decrease operating costs, allowing Frodo to increase profits by $20,000 per year. Frodo’s cost of capital is 10% (or, Frodo’s interest rate is 10%). Frodo expects the cooker to have a $10,000 salvage value (in other words, Frodo expects to sell the cooker for $10,000 at the end of 5 years). Is the investment in the new cooker worthwhile?

Payback Period Method

The payback period calculates the number of periods needed to recover a project’s initial investment ($70,000 in this case). Since Frodo gains $20,000 per year from the investment, the payback period is 3.5 years (3.5 x $20,000 = $70,000).

Many people consider the payback period to be a measure of risk. The longer the payback period for the investment, the higher the risk.

There are two main problems with the payback period capital budgeting approach:

1. The payback period method ignores the time value of money. We know that because of the time value of money, it is always better to receive money earlier than later. Cash received earlier should be weighted differently than cash received later.
2. It ignores cash outflows that happen after the initial investment and the cash inflows that occur after the payback period. For example, say that Frodo could have bought a different bread cooker which provides the same cash flows as cooker 1 except that it has a disposal value of $20,000. Of course, it’s better for Frodo to buy the cooker he can sell after 5 years for $20,000 but the payback method would consider both choices to be equivalent because the their payback periods are the same at 3.5 years.

Despite these limitations, the payback period approach is one of the most widely used. Probably because of its simplicity.

Accounting Rate of Return Method

The accounting rate of return approximates the return on an investment. It’s calculated by dividing the average accounting income from the investment by the average level of investment.

Accounting Rate of Return = Average Income / Average Investment

Suppose Frodo decides to depreciate the cooker using the straight-line method (meaning that the value of the cooker decreases by the same amount each year). With a $10,000 salvage value, this means that the cooker will decrease in value by $12,000 per year for the 5 years.

Annual depreciation = (Historical Cost – Salvage Value) ÷ Asset Life = ($70,000 – $10,000) ÷ 5 = $12,000.

Therefore, the increased income Frodo will report thanks to the new cooker will be $8,000 ($20,000 – 12,000).

The average investment for the cooker will be $40,000 as shown below:

Average investment =  (Initial investment + Salvage Value) ÷ 2 = ( $70,000 + $10,000 ) ÷ 2 = $40,000

This means the accounting rate of return for the cooker will be:

Accounting Rate of Return = Average Income ÷ Average Investment = $8,000 ÷ $40,000 = 20%

If the 20% accounting rate of return is greater than the target rate of return, Frodo should by the cooker.

The accounting rate of return method is an improvement of the payback method because it considers cash flows in all periods. However like the payback method, this method has drawbacks because by averaging, the explicit timing of cash flows isn’t considered.

Net Present Value Method

The net present value (NPV) is the sum of all present values of all cash inflows and outflows associated with a project (or investment). This method incorporates the time value of money. To calculate an investment’s net present value, we can use the following six steps:

1. Choose the appropriate length of time to evaluate the investment proposal. The most common period length used in practice is annual, although some analysts also use quarterly or semiannual period lengths. In the example case of Frodo’ bakery, use 1 year because all cash flows are stated annually.
2. Identify the company’s cost of capital for the period length chosen in step 1. Frodo’s stated cost of capital is 10% per year. Since the period chosen in step 1 is annual, no adjustment to the 10% is necessary.
3. Identify the incremental cash flow in each period of the project’s life. In Frodo’s case, there is an immediate $70,000 cash outflow to pay for the cooker and $20,000 cash inflow at the end of each year for 5 years. Finally, a $10,000 cash inflow (salvaged) at the end of 5 years. It’s best to organize the cash flows associated with a project on a time line like the one shown. This allows you to identify and consider all the project’s cash flows systematically.
4. Calculate the present value of each period’s cash flow. In Frodo’s case, we have a five-year annuity of $20,000 at 10% and a $10,000 cash inflow in 5 years as the salvage value.

   We can use our financial calculator to show that the present value of the annuity is $75,816.
   

   The present value of the $10,000 salvage in 5 years when Frodo’s cost of capital is 10% is $6209.
   
    

5. Add up the present values of all the periodic cash inflows and outflows to determine the investment’s net present value. In the case of Frodo’s Bakery, the present value of cash inflows from the investment is $82,025 ($75,816 + $6209). Because the $70,000 investment happens at time zero (immediately), its net present value of that cash outflow is $70,000. This gives us a net present value for this investment of $12,025 ($82,025 – $70,000).
6. If the project’s net present value (also called residual income) of a project is found to be positive, the project should be accepted from an economic perspective. In the case of Frodo’s Bakery, it would be worthwhile to buy the new cooker because the net present value is positive ($12,025).

Internal Rate of Return Method

The internal rate of return (or IRR) is the rate of return expected from a project or investment. It is the discount rate that makes the net present value of the project equal to zero. If an investment’s net present value is positive, it means that it’s IRR is greater than its cost of capital. In other words, the project’s rate of return exceeds the rate to fund the project.

We can use trial and error to find the IRR for Frodo’s cooker. We substitute various values for the rate of return in our net present value calculation. The value that yields a net present value of zero is 16.14%. Because the IRR for the investment is greater than the 10% cost of capital, the project is desirable.

A project’s net present value summarizes all of its financial elements. This means you don’t need to use the IRR method to prepare financial budgets. Moreover, the IRR method has disadvantages:

• It assumes a company can reinvest a project’s intermediate cash flows at the project’s internal rate of return. This assumption is often invalid.
• Using the IRR method to evaluate proposed investments can produce ambiguous results, especially when evaluating competing projects when the company doesn’t have enough cash available to invest in all positive net present value projects.

The net present value calculation is superior to the IRR method and only requires one extra piece of information for the calculation – the company’s cost of capital. Nevertheless, internal rate of return is pervasive in financial markets and is widely used in capital budgeting.

The Effect of Taxes

So far, we’ve ignored the effect of taxes in our capital budgeting calculations. In practice, the effect of taxes needs to be taken into account. Tax laws vary from region to region but in general, taxes have two major effects:

1. Companies have to pay taxes on the net cash benefits resulting from an investment.
2. Companies can use the depreciation cost of a capital investment to offset some of the tax burden.

Tax rates and the methods companies are allowed to use to depreciate acquisition costs of their long-term assets vary. Nevertheless, the concept is usually the same – taxes are paid on income from the investment while depreciation expense from that investment reduces taxes paid.

To continue with our example, let’s assume Frodo’s bakery is taxed at a rate of 40% and has an after-tax cost of capital of 7%. To convert all pretax cash flows to after-tax cash flows, we need to know the amount of depreciation that will be claimed each year. Using straight-line depreciation, Frodo will claim $12,000 depreciation each year, as mentioned earlier.

We can now compute the after-tax cash flows resulting from this investment:

Net Present Value Calculation With Taxes

As we can see, the project’s net present value is positive ($6,013) which means the investment is desirable.

When a company makes a sale, it can either collect payment right away in cash, or extend credit to the customer and collect payment later.

Granting credit can provide a company with increased sales but it also carries costs.

Costs of granting credit include the:

• Delayed receipt of cash from sales
• Costs incurred for the management of accounts receivable
• Losses from bad debts

Granting credit increases sales because:

• Of added convenience for the customer
• Customers may spend more using credit than they would with cash
• It “signals” potential customers that the product is of high quality because time is given to return the product if it is deemed unsuitable or defective

Credit policy has several components:

1. Terms of sale
2. The decision to grant credit
3. Optimal credit policy
4. Assessing customers’ credit worthiness
5. Collecting payment on overdue accounts

In this article, we take a look at these components.

Terms of Sale

The terms of sale are the conditions for which credit is granted to customers. This includes the payback time period and cash discounts (if any).

If you offer customers credit terms of “2/10, net 30”, this means that invoices must be paid within 30 days and that a 2% discount applies to invoices paid within 10 days. If the terms are “net 60”, this means invoices must be paid within 60 days and there is no discount for early payments.

Cash Discounts

Cash discounts are often provided as part of the terms of sale. Cash discounts help speed up the collection of the receivables. It’s important to balance the cash discounts with the cost of the discount.

Credit Period

Credit periods vary widely among industries. A consumer electronics wholesaler might provide terms of “2/10, net 30”, while a jewelry retailer may sell diamond necklaces for 5/30 net 5 months.

Important factors to consider when establishing a credit time period are:

1. The size of the account: Customer who buy small amounts are less important and managing credit for these customers is more expensive. Smaller accounts generally have shorter credit periods.
2. The probability customers won’t pay: In industries with high-risk customers, businesses often offer more restrictive credit terms.
3. The perishability of the products: If the collateral value of the goods can be sustained for only short periods (such as fresh fruits and vegetables), normally less credit is granted.

Credit Instruments

Usually, the only formal credit instrument between companies is the invoice. Credit offered in this way is said to be on “open account”.

For large orders or when a company thinks there may be a problem collecting payments, there are several credit instruments available that may help avoid controversies.

• Commercial draft: The seller writes a commercial draft calling for the customer to pay a specific amount by a certain date. The draft is sent to the customer’s bank with the sellers invoices. The bank has the buyer sign the draft and then gives the buyer the invoices. The goods are then shipped to the customer. In cases where immediate payment is required, the draft is called a slight draft.
• Banker’s acceptance: When a commercial draft isn’t good enough for the seller, the seller might require that the customer’s bank pay for the goods and then collect the money from the customer. When the bank agrees to do this in writing, it’s called a banker’s acceptance.
• Conditional sales contract: An arrangement where the seller delivers the product but retains ownership of the goods until it is paid for in full is called a conditional sales contract. The customer usually pays in installments with interest costs built into them.

The Decision to Grant Credit

When deciding whether or not to grant credit, companies can try to asses the potential increase in sales and the costs associated to granting credit. If it’s found that the benefit exceeds costs, credit should be granted.

In practice this assessment can be complicated because it means taking into account various factors including:

• The delayed revenues from granting credit
• The immediate costs of granting credit (cost per sale that is not paid for)
• The probability of payment
• The rate of return for delayed cash flows.
• The cost of better estimating the probability of default for any given customer
• Long-term future sales increase by granting credit

The above factors are sometimes linked, which adds further complexity to the assessment. For example, expenses incurred to find the credit worthiness of customers have the benefit of weeding out high-risk ones. This decreases the overall probability of default.

Optimal Credit Policy

It’s helpful to think of the decision to grant credit in terms of opportunity costs and carrying costs.

• Opportunity costs are the lost sales from not granting credit.
• Carrying costs of granting credit include the delay in receiving cash, the losses from bad debts and the costs of managing credit.

Opportunity costs of lost sales decrease the more credit is extended. Carrying costs of granting credit increase the more credit is extended. In theory, the optimal amount of credit is where the incremental cash flows from increased sales are exactly equal to the carrying costs from the increase in accounts receivable. In practice, the optimal amount of credit can be tricky to find.

Usually, firms extend credit when it’s advantageous for them to do so. Extending credit tends to be advantageous if the firm:

• Has a cost advantage over other potential lenders
• Has monopoly power it can exploit
• Can reduce taxes by extending credit
• Sells products with quality is difficult to determine

In general, a firm should extend credit more liberally than others if it has:

• Has excess capacity
• Has low variable operating costs
• Has repeat customers
• Is in a high tax bracket

Assessing Customers’ Credit Worthiness

Several sources of information are available to help determine whether or not a customer will pay.

• Financial statements: When granting credit, you can ask for the customer’s balance sheet and income statement. Use the financial statements to see if the company looks healthy and perform some liquidity ratio tests as discussed in our article on financial statement analysis.
• Credit reports: Many companies sell credit information of business firms. Dun & Bradstreet is a well-known credit reporting agency. Others can be found on this list of credit reporting agencies. Ratings and information are available for a many firms, large and small.
• Banks: As a business customer, your bank may provide information on the credit worthiness of other firms.
• The customer’s payment history: A good predictor of future behavior is past behavior. If collecting from a given customer has been problematic in the past, consider reducing or revoking credit.

Once customer information has been collected it’s time to evaluate the customer and decide whether or not to grant credit.

Financial institutions have developed elaborate statistical models for credit scoring. This involves the studying the relevant and observable information available about a large pool customers to find their historic relation to default rates. This method has the advantage of being more objective but it may be out of reach for most firms.

Once information is gathered, many companies use the more traditional and subjective guideline known as “the five Cs of credit”:

1. Capacity: The customer’s ability to pay credit obligations out of operating cash flows. This is the most important of the five factors.
2. Character: The customer’s willingness to meet obligations. It’s primarily a subjective impression the potential customer makes on the lender.
3. Capital: How much net worth the borrower has, or the borrower’s financial reserves.
4. Collateral: Pledged assets in the case of default
5. Conditions: General business conditions surrounding the customer that affect the customer’s ability to pay.

Collecting Overdue Payments

Collection of past due accounts requires the credit manager to first keep a record of the payment history of each customer. Credit managers will set up an “aging schedule” to tabulate receivables by age of account. Many accounting packages do this automatically. The aging schedule shows which customers have overdue accounts.

Many firms use the following procedure for customers that are overdue:

1. A delinquency letter informing the customer of its past-due status is sent
2. A phone call is made to the customer
3. A collection agency is hired
4. Legal action is taken against the customer

Firms sometimes hire an independent company (referred to a “factor”) as an “outside credit department”. The factor checks the credit of new customers, authorizes credit and handles collections and bookkeeping. As accounts are paid, the factor keeps a small percentage as compensation. If any accounts are late, the factor still pays the seller after an agreed upon time.

Factoring is conducted by many small businesses. It is especially popular with manufacturers of retail goods because it lets outside professionals deal with the headaches of credit.

Most companies hold some of their assets in cash – even though cash earns no interest. Why hold cash instead of investing it in promising projects or short-term securities? Of course, one reason for holding cash is to pay for goods, services and wages. A company might prefer to pay its employees with short-term government bonds but that simply wouldn’t be practical. The main reason for holding cash is to facilitate the payments and collections for the regular activities of the firm. Cash inflows (collections) and outflows (payments) are not perfectly synchronized. Some cash holdings are necessary as a buffer.

Given that carrying cash has a cost, the objective of cash management is for the firm to hold as little cash as possible while still operating effectively and efficiently. Three important aspects of cash management are:

1. Finding the target cash balance
2. Collecting and paying cash efficiently
3. Investing excess cash

Finding the Target Cash Balance

Holding too little cash might mean running into difficulty paying suppliers and workers. It could mean being forced to sell other assets or borrowing, which comes at a cost. The cost of holding too much cash is that it just sits in the back account, collecting little or no interest, instead of being put to work to generate more cash.

Larger firms sometimes use mathematical models to estimate the ideal casn range to hold
(if you’re curious about some of these models, do a search for the “Baumol” and “Miller-Orr” models) .

For smaller firms, a more practical approach starts with a cash budget, as outlined in our article on short-term financial planning. It helps determine when cash short-falls might happen. Experience also plays a large role when setting a lower cash limit.

Collecting and Paying Cash Efficiently

The traditional way of receiving payments is to first mail out an invoice, wait for a check to arrive, depositing the check at a bank, and waiting for the check to clear. This process can take days or weeks.

More recently, electronic payment systems have been introduced that can speed up payment processing dramatically. Electronic data interchange (EDI) is the general term used to refer to the practice of direct, electronic information exchange between businesses. EDI allows for the seller to bill the buyer electronically, let the buyer authorize payments, and have funds transferred. This allows businesses to avoid the postal system completely. Another advantage of EDI, is that payments to suppliers can be made right on, or just before, the due date more easily. There’s no need to estimate mail transit times.

Older EDI systems were expensive and complicated to set up. Today, with the growth of the Internet this has changed. E-commerce systems that allow for online transactions have become affordable even for small businesses.

Investing Surplus Cash

Instead of leaving cash idle in a checking bank account that pays no interest, why not make some relatively safe, short-term (money market) investments?

Many large companies manage their own short-term financial assets, transacting through investment dealers and banks. Smaller companies often use third parties for a management fee. The fee is compensation for the fund manager’s professional expertise. Banks will often have short-term investment options available for their business customers. This is a convenient (and relatively safe) way for a smaller business to invest idle cash.

Smaller startups are often less concerned with long-term planning than getting off the ground and surviving. While many businesses may benefit from long-term financial planning, the more established businesses tend to have the resources and stability to analyze the long-term.

Why do companies bother with financial planning? Because financial planning establishes guidelines for the firm. Additionally, a company’s growth rate and financial policy are linked. The goal of financial planning is to:

1. Identify the firm’s financial goals
2. Analyze the difference between goals and current financial status
3. State actions needed for the firm to achieve its financial goals.

Short-Term & Long-Term Defined

The short-term is usually defined as the coming year. The long-term is usually defined as longer than one year. Often, the long-term is defined as the coming two to five years.

What is Corporate Financial Planning?

A financial plan is a statement of what needs to be done in the future to achieve company goals.

Long-term financial planning is required to implement decisions that have long lead times. For example, if a company wants to build a factory next year, contractors probably have to be lined up this year.

Financial plans are made up of the combined capital budgeting analyses of each the firms projects. So, the smaller investment proposals of each operational unit are added up and treated as one big project.

Financial plans are meant to:

• Make the link between different investment proposals and the financing choices available to the firm.
• Help the firm work through finding the best investment and/or financing option.
• Help the firm avoid surprises by identifying what may happen in the future if certain events take place.

Elements of a Financial Planning Model

Companies come in all different sizes and sell different products. There is no boiler plate financial plan template for all companies. There are however, some common elements that are found in a financial plan:

1. Sales forecast. Financial plans require a sales forecast. Perfectly accurate forecasts are impossible but specialists can hep assess the impact of unforeseen events.
2. Pro forma financial statements. Financial plans have a forecast balance sheet and income statement. Financial statements that estimate future financial position and earnings are called pro forma statements.
3. Projected capital spending. The plan describes required assets and proposes uses for net working capital.
4. Financial requirements. The plan discusses dividend policy and debt policy. Firms may also consider selling new shares. In that case, the plan should take into account what types of securities are to be sold.
5. Economic assumptions. The plan describes the state of the economic environment that the firm expects over the life of the plan such as interest rates.
6. Plug variable. The “plug” (or “balancing item”) is a mathematical concept that is important to note because it is used in financial plans. Let’s say the financial planner assumes net income will grow at a particular rate. The financial planner also expects assets and liabilities to grow at different rate. In order for the financial statements to remain balanced and consistent, the growth rate of stock outstanding may be chosen as the “balancing item”. Outstanding stock growth rate is then set to whatever value that allows the financial statements to remain mathematically correct. Of course, dividend payout or another variable may be used as the plug, it doesn’t have to be outstanding stock.

What Determines Growth?

Specified sales growth rates are often stated as corporate goals. Why sales? Because it is assumed that if sales grow, the value of the firm (shareholder value) will grow accordingly. This logic is flawed because profitability can decrease even with increased sales.

Growth should not be the goal, but it should instead be a consequence of the firm’s chosen projects that maximize net present value (NPV). If the firm accepts negative NPV projects just to grow in “size”, it generally makes shareholders worse off.

In our article about the time value of money we discuss net present value. To summarize, the NPV of a project is the today’s dollar value of the future income that project generates, minus today’s value of the costs incurred by the project.

Financial Planning Models – Caveats!

Of course, financial plans are only as accurate as the assumptions that go into the plan. The GIGO principle applies – garbage in, garbage out.

There are other concerns about financial planning models.

• Financial models don’t uncover which financial policies are best.
• Financial planning models are too simple. In reality, their assumptions don’t always hold.
• In practice, especially in large corporations, financial planning relies on a top-down approach. Senior managers determine a growth target, and financial planners tweak the plan with overly optimistic figures to match that target.

A financial plan can serve to provide guidelines but don’t rely on the plan blindly.

Short-term financial planning is important for virtually all businesses – from small startups to large established businesses. Even large businesses with seemingly healthy income statements have gone bankrupt, simply because they couldn’t meet their current obligations.

Short term planning helps answer important questions like:

• How much cash should you have available in the bank to pay bills?
• How much inventory should you keep on hand?
• How much credit should you extend to customers?

Short-Term Finance Defined

The main difference between short-term and long-term finance is the timing of cash flows. Usually, short-term financial decisions are defined as those that involve cash flows within the next 12 months. The long-term is usually defined as longer than one year.

Operating Cycle and Cash Cycle – Unsynchronized!

A common reason firms get into cash flow problems is because of the timing of cash flows during short-term operating activities.

To illustrate, we can look at some typical short-run operating activities of a manufacturing firm:

1. Buying raw materials
2. Paying for raw materials → cash out
3. Manufacturing the product.
4. Selling the product
5. Collecting cash → cash in

The operating cycle is the time between the arrival of inventory and the date when cash is collected from receivables. As we can see, cash is usually paid out before it is collected.

The cash cycle starts when cash is paid out for materials and ends when cash is collected from accounts receivable.

Imagine a company could buy inventory, sell its product, collect payment, and pay suppliers all in one day. The company would have a cash cycle of zero days. It’s hard to think of many examples of this type of firm because most companies have a positive cash cycle. The longer the cash cycle, the more the need for financing.

Strategies for Reducing Cash Flow Problems

Decrease cash cycle time

Decreasing cash cycle time can help significantly reduce the chances of cash flow problems. This is why companies frequently try to decrease their inventory and receivables time periods. Cash cycle time can be decreased further if payments to suppliers can be delayed.

Cash reserves

Keeping cash reserves and few short-term liabilities can go a long way to help avoid financial distress. However, this comes at a cost. Having idle cash that is not put to work or invested means future revenue is foregone.

Maturity hedging

Maturity hedging is a fancy term that simply means paying for short-term costs, like inventory, with short-term loans. It is usually better to avoid financing long-lived assets (such as machinery) with short-term borrowing. That type of maturity mismatching requires frequent refinancing, and is riskier because short-term interest rates are more volatile than long-term rates. Maturity mismatching also increases risk because short-term financing may not always be available.

It’s important to note that short-term interest rates are normally lower than long-term rates. This means that it’s generally more expensive to use long-term borrowing than short-term borrowing.

Cash Budgeting

The primary tool for short-term financial planning is the cash budget. It gives managers a “heads-up” about when short-term financing may be needed. A cash budget simply records estimates of cash receipts and payments.

Cash budgeting starts with a sales forecast, usually by the quarter, for the upcoming year. By using the sales forecast and factoring in the receivables period, we can get an estimate of the timing of cash collections by quarter.

Next, cash payments are taken into account. Cash payments are often put into four categories:

• Payments of accounts payable
• Capital expenditures (cash payments for long-term assets)
• Long-term financing costs (interest, dividends etc.)
• Salaries, taxes and other expenses

Finally, the quarterly cash balance is found by subtracting the quarterly cash inflows with the cash outflows. Financing arrangements have to be made for quarters with a net cash outflow.

Larger companies often go beyond the “best guess” outlined above and use multiple “what if” scenario analysis, and sensitivity analysis.

For more details, see our article that covers cash budgeting in depth.

Common sources of short-term borrowing

Operating loans

Operating loans from banks are the most common way to finance temporary cash deficits. It’s an agreement where the company can borrow up to a certain amount for a given period – almost like a credit card. Operating loans can be unsecured or secured by collateral.

Interest is charged on the loan and is set by the bank. It’s usually the bank’s prime lending rate plus an additional percentage. The bank may increase the rate over time as it assesses the borrower’s risk.

Banks lend mainly to low-risk borrowers. This is why they often decline risky business loans. Many loan requests that banks turn down come from small businesses, particularly startups. These startups then often turn to alternative financing sources.

Financial institutions may require collateral (called security) for a loan, such as property, accounts receivable, or equipment. These are called secured loans. For secured loans, the interest rate charged is often less than with unsecured loans.

Letter of credit

Letters of credit allow borrowers to pay off a balance and borrow funds as needed. This differs from a short-term loan where the borrower receives a lump sum of cash and can borrow more only after the short-term loan is repaid.

Other sources

Larger companies use a variety of other sources of short-term funds. Commercial paper are short-term notes issued by highly rated firms. Banker’s acceptances are similar to commercial paper except that they are guaranteed by a bank in exchange for a fee charged by the bank.

One of the most important concepts in corporate finance is the time value of money. This concept is crucial in areas like capital budgeting, lease-or-buy decisions, accounts receivable analysis and many others. The time value of money is the relationship between $1 now and $1 at some time in the future.

We can illustrate the time value of money with an example. Imagine someone offered you $1000 as a gift. They said you could either have the $1000 right now, or you could have the money in 10 years from now. Which would you choose? Most rational people would choose to get the money now. This is because if you get $1000 now, you can make use of the money right away (to buy things, invest it, etc.) rather than wait. Additionally, who knows what the state of the world will be in 10 years, the dollar may have depreciated or even worse, the world may have ended. Clearly, receiving $1000 now is more valuable to most people than receiving $1000 in the future. In summary, benefits are foregone by waiting for money.

The time value of money is why “rational” people who lend money, require something more than just the principal to be repaid. The longer the lender has to wait for repayment and the riskier the loan, the more they require in return.

This means that dollar amounts received at different points in time must be converted to their values at a common date so that the amounts can be compared. To compare amounts at different time periods we introduce the two fundamental time value of money concepts: future value and present value.

Future Value

Because of the time value of money, it’s better to have money now rather than some time in the future. Think about the difference between having $100.00 now and $100.00 in one year from now. If you have $100 now, you can invest it in a savings account that earns, let’s say, 5% interest per year. This means that at after one year, you will have $105.00. The $105.00 is what is called the future value of $100.00 in one year when the rate of return is 5%.

Multiple Periods

For multiple years (or time periods), interest is compounded which means that interest is calculated on interest. Therefore, after two years at an interest rate of 5%, the future value of $100 is:
$100.00 x 1.05 x 1.05 = $110.25

To summarize, future value is the amount a present some of money will be, given a specified time period and interest rate.

For those who are mathematically inclined, here is the general formula to calculate future value:

FutureValue = PresentValue x (1 + InterestRate)^{NumberOfPeriods}

Present Value

In order for investors to compare future cash inflows, it’s convenient to determine the value of money received in the future to its value today.

For example, suppose you need to accumulate $100,000 over 10 years for your child’s education. You happen to have cash available to make an investment that returns 7% per year. How much would you need to invest now in order to have $100,000 in 10 years? This amount represents the present value of $100,000 in 10 years at a 7% interest rate. To find present values, we can rearrange the future value formula above to show that:

PresentValue = FutureValue / (1 + InterestRate)^{NumberOfPeriods}

For our exampe:

Present Value = $100,000 / (1 + 1.07)¹⁰ = $50,834.93

This means that at a rate of return of 7%, you would have to invest $50,834.93 for 10 years to accumulate $100,000.

Net Present Value (NPV)

Net Present Value or NPV for short, is another key concept for making financial decisions. Should you go ahead with that project? Should you buy that machine? NPV builds builds upon the idea of present value by including the current cost of an activity or investment, rather than just calculating the returns of the activity or investment. Simply put, the present value of all costs are calculated and compared with the present value of all future returns. The investment deciscion is then based on comparing these numbers.

NPV = Present value of investment returns – Present value of investment costs

As a rule, an investment is worth making if it has a positive NPV. The investment should be rejected if it has a negative NPV.

Annuities

In many cases, cash from investments is received at over time at regular intervals. Retirement pensions, leases, mortgages and pension plans are all annuities.

Calculating present and future values of annuities is also possible but a bit more complicated.

Financial Calculators Make Life Easier

Many calculators for calculating present values, future values and annuities are available. An easy to use financial calculator is available on our Free Financial Calculator page.