INTRODUCTION TO FINANCIAL MANAGEMENT-unit 3, question # 2 Essay

INTRODUCTION TO FINANCIAL MANAGEMENT-unit 3, question # 2 - Essay Example This is achieved by randomly selecting observations from all the distributions that influence the outcome of the project and this goes on until a representative record of the probable outcome of the project is obtained. An illustration for this is a chemical producer who wants to extend its processing plant. The first step will be to determine the probability distributions for all factors that will influence the returns of the project such as investment required, fixed costs, operation costs, selling price, market size among others. After this, the computer randomly picks out one observation from this list according to the chances of its actual occurrence in the future. The observations are then combined and a Net Present Value (NPV) or Internal Rate of Return (IRR) figure is calculated. This is repeated severally until a clear portrait of the expected outcome is obtained (Keown et al, 1998). Unlike the risk-adjusted discount rate method which gives one value for the risk-adjusted NPV, simulation gives the investment’s IRR or NPV probability distribution. According to Keown et al (1998), this method provides the range of possible outcomes for the project under the best, worst and most likely cases. It should also be noted that the inputs to a simulation comprises of all the key factors affecting the profitability of a project. In addition to this, the output obtained provides the probability of various outcomes occurring. This output is a probability distribution of the internal rates of return or the net present values for the project. From the above explanation, it is reasonable to state that the value of this method is quality decision making. Decision makers will use the whole range of possible outcomes of the project to determine the level of risk of the project and use this information to make the most appropriate decisions. Simulation is also very important for the