Re: Terminology question - Posted by ray@lcorn
Posted by ray@lcorn on October 20, 2003 at 19:11:22:
I’m not sure if you’re asking what the acronyms mean or how they relate to the four ways to make money from real estate. I’ll answer the former, and hope it explains the latter.
(This is an excerpt from my new book by the way… and don’t ask when it will be finished!)
Investor Rate of Return Measurements
Return on Investment- ROI: (also Cash-on-Cash Return) ROI provides a standard for comparison of the opportunity cost of your cash in investing in a specific project for a specific time, usually one year. That is to say that when you make a decision to invest capital in any particular investment, you have in essence given up your opportunity to invest it anywhere else. Therefore, a cash-on-cash return is a measure used to compare relative opportunities for investments, all other things being equal, which theyv rarely are. Leverage, risk, time, and opportunity can widely skew the results. It should be used as only one part of a conprehensive analysis of total returns (more below).
The formula is straightforward:
Annual pre-tax Net Income/Cash Investment = Cash on Cash Return (or ROI)
This measurement has meaning only as a comparison to competing investments.
Equity Dividend Rate: (also Return on Equity and Cash on Equity): This is a measure of performance that, like the cash-on-cash return, again offers a method of comparison to other investments. As defined above, the equity is stated as the difference between market value and debt. Critical to the calculation is an accurate estimation of value. It is calculated by dividing the pre-tax cash flow by the equity investment.
Pre-tax Cash Flow/Equity Investment = Equity Dividend Rate
Income Capitalization Rate: (also known as ?cap rate?): We will be discussing capitalization rates at length in a later chapter. Here we will look only at the traditional formula for the calculation of an overall capitalization rate. In its simplest form, the capitalization rate reflects the return the investor would receive over one year if the investment were purchased for all cash. In my opinion it is one of the most misused tools in the real estate industry, for reasons that will be explained at length in our later discussion. Used properly however, the cap rate can be a useful tool for determining value unique to the investor?s capacity and conditions.
This approach to establishing an estimate of value uses three factors; Income (NOI), Rate of Return, and Value. This formula is also known as the IRV formula, where ?I? represents income, ?R? represents rate, and ?V? represents value. If you know any two elements of the formula, you can solve for the third.
I/V = R
Example: A property has a Net Operating Income of $260,000. The asking price (value) is $3,000,000. The indicated capitalization rate would be 8.7%.
$260,000 (I)/ $3,000,000 (V) = .08666 ®
Once you learn the method of deriving your own cap rate, then the formula will be solved for an indicated value. Assume that your minimum cap rate for an investment is derived to be 10.5%. With an accurate NOI of the property, you can then calculate the maximum price that can be paid to achieve that return.
$260,000 (I)/.105 ® = $2,476,190 (V)
This is probably the most widely used measure of a property?s performance relative to value in use today. If you play around with the formula you will see that the higher the Cap Rate, the lower the indicated sales price. This is an important concept that will come into play on several levels before we are finished.
Time Value Methods of Return
Internal Rate of Return (IRR)
Most real estate books I have in my personal library avoid the discussion of explaining Internal Rate of Return calculations like the plague. After attempting (poorly, in my opinion) to explain the concept, one text even goes so far to say ?Confused? That?s why this subject is omitted here.? The reason is that it is a complicated formula to understand, and to try and teach the math is to run the risk of brain damage for both the teacher and the student. That same text then closes the discussion on the subject saying, ?The simplest definition I have been able to find to the term is from one of my old college financial management texts. The Internal Rate of Return is defined as the interest rate that equates the present value of the expected future cash flows to the initial cost outlay.? Now that we?ve seen that in terms no one can understand, let me see if I can explain the concept.
The idea is that every investment pays returns over time, and a dollar in the future is worth less than a dollar today. But at some discount rate, the value of that future dollar can be calculated in terms of today?s dollar. IRR is closely related to NPV, the net present value function. The rate of return calculated by IRR is the interest rate corresponding to a 0 (zero) net present value. In essence, there is a rate at which you can discount a stream of future cash flows that their value in today?s dollars would be zero. IRR finds that rate, and also includes in the calculation the costs of making the investment, and the recovery of the investment plus accrued appreciation on sale.
Let?s try a simple example. If I offered you $100 per year for five years, what would you be willing to pay for that income stream? Would you pay $500? If you paid $500 for the income stream, and received $100 per year for five years, then your return over the period would be 0%. However, there is more to the equation. Knowing that the inflation rate in recent years has been a low 3% or so, can you see that you would actually have less money than what you started with? Applying a 3% inflation rate, the five hundred dollars that you have at the end of five years would be worth about $429 in today?s dollars. So in fact our deal would produce a negative return, meaning you actually lost money, because the value of today?s dollar is greater than the dollar five years from now. But that?s not the only loss. Consider that by giving me the $500 now, you will not be able to invest that money in something else that would likely pay a positive return. That?s known as the opportunity cost of an investment. For example, you?ve lost the opportunity to get the kingly .75% the bank currently pays on a savings account. How do you compensate for that? Add to that the risk that I may not be able to pay the one hundred dollars every year. Are you now certain that you wouldn?t give me $500 in return for a promise to pay $100 per year for the next five years?
Bear with me; we?re almost there.
Now, do you think that there may be a lesser figure than $500 at which this deal could make sense for you? What if I told you that in return for $350, or $300, or whatever amount you choose today, I would pay you the $100 per year for five years? Is there a number at which you would get interested? If you said yes, then you?re thinking in the right context. An initial cost of $300 to you for the income stream would yield a 20% IRR over the five year holding period. That?s certainly above the rate of inflation, and possibly better than a mutual fund. We?ll see how it is calculated in just a minute.
There is one more factor to consider. Unlike our simple example above, most investments retain their value, and hopefully appreciate in value, over the time they are held. A property that appreciates five percent per year, with an original value of $100, would be worth $127 at the end of five years. That?s a profit of $27 that must be accounted for in figuring the total return on investment. In the terms of the IRR math, that?s known as the reversion value.
The actual formula for IRR looks like this:
(Note: Due to the formatting limitations of the newsgroup I cannot reproduce the formula for the calculation. It is essentially the net present value of the (after tax) cash flows for each year of the holding period, plus the reversion value.)
In this age of financial calculators, computers and custom software applications, there is no reason to go through the brain damage of mastering the formula. There are many fill-in-the-blank software applications that will perform the IRR calculation for you. However, if you have a computer with Microsoft Excel, the function is built right into the spreadsheet. There is a fairly simple way of calculating your own IRR numbers for any given project using this function.
By setting up a simple column of figures in Excel, you can plug in numbers to your heart?s content to show you your expected return. On an Excel worksheet, enter the original investment for a property in a cell, say its A2, as a negative number. (It?s a cash outlay, hence the negative entry.) Using our example above, enter the price that you think you would pay for the income stream; say $300, as a negative number. Now in the next five cells below this entry, enter the annual payments (cash flows) of $100. In the cell directly below the last payment entry, type the following formula:
Hit ?Enter?, and the calculation will run automatically. For the above example, you should have gotten the answer of 20%. If a ?#NUM!? entry appeared in the cell, go back and make sure you entered the initial cost as a negative number. If you still have problems, use the help function in Excel by typing ?IRR? in the search box. The program will walk you through the process.
MIRR and FMRR
After that long explanation of IRR, I have to warn you that there is an inherent flaw in the IRR formula. The basic assumption that skews the IRR as a measure of return is that the formula assumes that the cash outflows are reinvested at the same rate of return as the investment that produces the cash. This is only true if the cash thrown off the investment is reinvested in the project itself, or in another investment that returns the same as the subject investment. This is rarely (if ever) the case.
For a more accurate reflection of the total returns from an investment, there is a modification of this formula with which you can insert the actual rate of return on the reinvested funds. This is known as the Modified Internal Rate of Return (MIRR), also known as the Financial Management Rate of Return (FMRR).
The basic difference is that the calculation uses a predetermined rate (often called the safe rate, because it is usually pegged to CDs or T-bills) for the reinvestment of the cash flows. This removes the inflation of the return inherent in the IRR calculation. Again, there are many spreadsheet applications, including Excel, which can perform the calculations.
In using these formulae, one has to be aware that any error in the inputted data, i.e. the cash flows, tax rates and reversion value, will affect the answer. If the assumptions are significantly in error, then the result can be meaningless. Since the nature of real estate is that we have to project results based on varying assumptions, no calculation can be exact in projecting a return. Care must be taken to shape the assumptions as accurately as possible.
end of excerpt**
Hope that didn’t create more questions than it answered.