The guidelines for designing an incentive compensation system that will help drive successful strategy execution include _________.
A) making the payoff for meeting or beating performance targets a major, not minor, piece of the total compensation package.
B) having a bonus and incentive plan that applies to managers only (employees should generally not be included in incentive pay plans but should have attractive wages and salaries).
C) having an outside wage and salary expert administer the system, so that there is no doubt as to its fairness and impartiality.
D) basing the incentives on group performance rather than individual performance.
E) making minimal use of nonmonetary incentives and rewarding people for diligently performing their assigned duties.
A) making the payoff for meeting or beating performance targets a major, not minor, piece of the total compensation package.
Among the guidelines for creating incentive compensation systems that link employee behavior to organizational objectives is to make the performance payoff a major, not minor, piece of the total compensation package.
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Assume that the bond market is in equilibrium. The current interest rate on one-year bonds is 5 percent, the interest rate on one-year bonds, one year from now is 6 percent, and in two years the interest rate on one-year bonds will be 6.5 percent. Assume that there is no term premium on a one-year bond. If the term premium equals 0.5 percent × the number of years to maturity, for two-year bonds and three-year bonds. The interest rate today on the two-year bond is ____ and the interest rate today on a three-year bond is ____.
A. 5.5 percent; 5.8 percent B. 6.0 percent; 6.3 percent C. 6.2 percent; 6.8 percent D. 6.5 percent; 7.3 percent
A peptide bond is found in which type of biological molecule?
A. lipid B. nucleic acid C. protein D. carbohydrate
The probability that a project will be completed within a specified period of time can be calculated using the standard normal equation, which is ______.
A. (due date – expected date of completion)/the project’s standard deviation B. (expected date of completion – due date)/the project’s standard deviation C. the project’s standard deviation/(due date – expected date of completion) D. the project’s standard deviation/(expected date of completion – due date)
Both direct and indirect costs can be relevant to a particular decision.
Answer the following statement true (T) or false (F)