rate of return

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Rate of return

Calculated as the (value now minus value at time of purchase) divided by value at time of purchase. For equities, we often include dividends with the value now. See also: Return, annual rate of return.

Rate of Return

In securities, the amount of revenue an investment generates over a given period of time as a percentage of the amount of capital invested. The rate of return shows the amount of time it will take to recover one's investment. For example, if one invests $1,000 and receives $150 in the first year of the investment, the rate of return is 15%, and the investor will recover his/her initial $1,000 in six years and eight months. Different investors have different required rates of return at different levels of risk.

rate of return

Rate of return.

Rate of return is income you collect on an investment expressed as a percentage of the investment's purchase price. With a common stock, the rate of return is dividend yield, or your annual dividend divided by the price you paid for the stock.

However, the term is also used to mean percentage return, which is a stock's total return -- dividend plus change in value -- divided by the investment amount.

With a bond, rate of return is the current yield, or your annual interest income divided by the price you paid for the bond. For example, if you paid $900 for a bond with a par value of $1,000 that pays 6% interest, your rate of return is $60 divided by $900, or 6.67%.

rate of return

the PROFITS earned by a business, measured as a percentage of the ASSETS employed in the business. See RETURN ON CAPITAL EMPLOYED.

rate of return

the PROFITS earned by a business, measured as a percentage of the ASSETS employed in the business. See NORMAL PROFIT, ABOVE-NORMAL PROFIT, RATE OF RETURN REGULATION, RETURN ON CAPITAL EMPLOYED.

rate of return

The ratio between the earnings and the cost of an investment.
References in periodicals archive ?
Next we turn to the calculation of the expected log return in the pension guarantee fund case.
In Table 9, the expected log return for the case of a pension guarantee fund is computed for different combinations of [theta] and [beta].
As observed in Figure 1, the expected log return also strongly depends on the correlation between the pension fund's and the sponsor's assets.
The gap between average stock and bill returns is even higher if one computes an average of simple returns (an arithmetic return average) rather than an average of log returns (a geometric return average).
Table 3, which appears on page 24, displays our estimated autonomous [beta]-coefficients, where we have used the excess log returns on the FT/S&P Asian stock-market index in the first two columns and the excess log returns on the J.
Results are similar when excess log returns on the J.
Three-month T-bill log returns were calculated as follows:
The two propositions still obtain even when the log returns exhibit serial correlation, skewness, and fat tails.
To prove Equation (6), the covariance between the two log returns is expanded as follows: