The cost of choice
The cost of choice
Opportunity cost is one of the key concepts in the study of economics and is prevalent throughout various decision-making processes. Opportunity is the value of the next best alternative foregone. In simplified terms, the opportunity cost is the cost of what else could have been.
Principles of management accounting or corporate finance dictate that opportunity costs arise in the presence of a choice. If there appears to be only one option presented in the decision-making process, the default alternative is laissez-faire (to do nothing) with an associated cost of zero. However, if a decision maker must choose between Decision A or B, the opportunity cost of Decision A is the net benefit of Decision B and vice versa.
In financial analysis, the opportunity cost is factored into the present when calculating Net Present Value formula.
NPV: Net Present Value
FCF: Free cash flow
r: Discount rate
n: Number of periods
When presented with mutually exclusive options, the decision-making rule is to choose the project with the highest NPV. However, if the alternative project gives a single and immediate benefit, the opportunity costs can be added to the total costs incurred in C0. As a result, the decision rule then changes from choosing the project with the highest NPV into undertaking the project if NPV is greater than zero.
Financial analysts use financial modeling to evaluate the opportunity cost of alternative investments. By building a DCF model in Excel, the analyst is able to compare different projects and assess which is most attractive.
For example, assume a firm discovered oil in one of its lands. A land surveyor determines that the land can be sold at a price of $40 billion. A consultant determines that extracting the oil will generate an operating revenue of $80 billion in present value terms if the firm is willing to invest $30 billion today. The accounting profit would be to invest the $30 billion to receive $80 billion, hence leading to an accounting profit of $50 billion. However, the economic profit for choosing to extract will be $10 billion because the opportunity cost of not selling the land will be $40 billion.
A firm may choose to sell a product in its current state or process further in hopes of generating additional revenue. For example, crude oil can be sold at $40.73 per barrel. Kerosene, a product of refining crude, would sell for $55.47 per kilolitre. While the price of kerosene is more attractive than crude, the firm must determine its profitability by considering the incremental costs required to refine crude oil into kerosene.
In this example, the firm will be indifferent to selling its product in either raw or processed form. However, if the distillation cost is less than $14.74 per barrel, the firm will profit from selling the processed product. If not, it would be better to sell the product in its raw form.
A sunk cost is a cost that has occurred and cannot be changed by present or future decisions. As such, it is important that this cost is ignored from the decision-making process.
For instance, a firm has invested $30 billion to start its operations. However, a fall in demand for oil products has led to a foreseeable revenue of $50 billion. As such, the profit from this project will lead to a net value of $20 billion. Alternatively, the firm can still sell the land for $40 billion.
The decision in this situation would be to continue production as the $50 billion in expected revenue is still greater than the $40 billion received from selling the land. The $30 billion initial investment has already been made and will not be altered in either choice.