Week 4 Flashcards
What are two of the main ways investments can be not independent?
Investments are often not independent in the real world. Taking an investment often means rejecting another investment or being locked in to taking another investment in the future. They may also have negative or positive effects on other investments.
What are our two main overarching methods for choosing between investments with similar lifespans?
When comparing and choosing between investments with the same (or similar) lives, we can:
computer the accounting returns (ROC, ROE) of the investments and pick the one with the higher returns.
Or we can compute the NPV and pick the higher, or compute IRR and pick the higher IRR.
When can we have problems with IRR? What do we typically do?
We can end up with multiple, or no IRR if a project has abnormal cash flows (more than one sign swap). When a project has multiple or no IRR we typically use NPV instead.
What business factors will typically lead to using NPV or IRR?
If a business has limited access to capital, has a stream of surplus value projects and faces more uncertainty in its project cash flows it is more likely to use IRR.
This leads to small, high-growth companies and private businesses to typically use IRR more.
If a business has substantial funds on hand, access to capital, limited surplus value projects, and more uncertainty on its project cash flows it is much more likely to use NPV, meaning as firms go public and grow they are more likely to use NPV as their decision rule.
What is one of the major problems with NPV? How can we improve this? How can this be better than IRR?
NPV is a dollar value, which means it measures value in absolute terms. We can make it a relative measure by transforming it into the profitability index: NPV/initial investment. This factors in the scale of the project unlike IRR.
How can we find the discount rate where the net present value of two projects is the same? What does this mean for choosing between the projects?
There is a discount rate where our net present value from two projects is the same, we can find this by subtracting one project’s cash flows from the other (including investment) to create a new project (A-B), we then find the IRR of this project. If our discount rate is equal to this level we will be indifferent between the projects in terms of NPV. Past or before this level we will prefer one or the other.
What is the main difference between IRR and NPV that leads to inconsistent investment rankings?
What does this suggest about long life projects with high IRR?
How can we fix this?
If two projects have similar investment size and only one IRR the NPV and IRR can still be inconsistent. This is because NPV assuming reinvestment at the hurdle rate while IRR assumes reinvestment at the IRR.
This relies on the assumption that the firm has an infinite stream of projects yielding similar IRR, leading to IRR overstating the true return on the project when project life is long and the IRR is high.
IRR will not make bad projects look good, but does make good projects look better than they are.
To fix this we should use a modified IRR.
What is the modified IRR for FINC303?
The modified internal rate of return (FINC303) = nroot(future value of positive cash flows divided by the present value of negative cash flows).
The future value and present value discount rate can be different, but will commonly be the hurdle rate. This means it assumes reinvestment at the hurdle rate.
Which bias do NPV and IRR have?
NPV is likely to be larger for large scale projects while IRR is likely to be higher for small scale projects.
Why can projects with differing lifes be problematic for NPV and how do we fix this? Does IRR have this problem?
A project with a longer life will likely be higher than the NPV for a project with a short life. As such the net present values of mutually exclusive projects with different lives cannot be compared, as such we need to replicate the projects till they have the same life (with repeating cash flows, starting with investment in the final year), or convert the net present values into annuities (NPV = present value of an annuity with the same discount rate and lifespan, solving for the cash flow and picking the highest).
IRR is unaffected by project life, so we can just pick the project with the higher IRR even if they have different lifespans.
What are the most and least common decision rules?
Normally decision rules like the return on investment or payback/discounted payback are not preferred due to not factoring in time value of money, the profitability index is common, but it could be NPV or IRR depending on capital rationing.
What are side costs and benefits with relation to projects? Are they typically captures in traditional capital budgeting analysis?
Most projects created by businesses create side costs and benefits for that business. The side costs include the costs created by the use of resources that the business already owns (opportunity costs) and lost revenues for other projects the firm may have (product cannibalization).
The benefits that may not be captured in traditional capital budgeting analysis include project synergies (where cash flow benefits may accrue to other projects) and options embedded in projects (option to delay, expand, or abandon project).
It is important that returns on a project incorporate these costs and benefits.
What is an opportunity cost in relation to projects?
An opportunity cost arises when a project uses a resource that may already have been paid for by the firm, when a resource that is already owned by a firm is being considered for use in a project this resource has to be priced on its next best alternative use, this could be:
- The sale of the asset, the opportunity cost being the expected proceeds, net any capital gains tax.
- Renting/leasing the asset out, the opporunity cost is the expected present value of the after-tax rental or lease revenues.
- Using it elsewhere in the business, the opportunity cost is the cost of replacing it.
Is excess capacity a sunk cost or an opportunity cost? How do we assess this?
Excess capacity is not a sunk cost, even if it cannot be used currently for other purposes, the cost is that the firm will run out of capacity sooner.
To assess the cost of this we ask:
If I do not add the new product, when will I run out of capacity?
If I add the new product, when will I run our of capacity?
When we run out of capacity what will we do? (cut down on production, the cost is the present value of after tax cash flows from lost sales. Or buy new capacity, in which case the cost is the difference in present value between earlier and later investments).
When do we include cannabilization costs?
When looking at cannibalization costs if the firm competitive advantage is high we must include it, if low we can ignore, there is a high barrier to entry we include it, if the barrier to entry is low we ignore the costs. Essentially, if the cannibalization costs are likely to occur anyways (due to easy competitor access) we ignore the cannibalization costs.