Introduction | |
The use of quantitative techniques by business | |
The role of quantitative techniques in business | |
Models in quantitative decision making | |
Use of computers | |
Using the text | |
Summary | |
Further Reading | |
Application: British Telecom | |
Tools Of The Trade | |
Learning objectives | |
Some basic terminology | |
Fractions, proportions, percentages | |
Rounding and significant figures | |
Common notation | |
Powers and roots | |
Logarithms | |
Summation and factorials | |
Equations and mathematical models | |
Graphs | |
Real and money terms | |
Summary | |
Further Reading | |
Exercises | |
Management Information and Diagrams | |
Learning objectives | |
Bar charts | |
Pie charts | |
Frequency distributions | |
Percentage and cumulative frequencies | |
Histograms | |
Frequency polygons | |
Ogives | |
Lorenz curves | |
Time-series graphs | |
Z charts | |
Scatter diagrams | |
General principles of graphical presentation | |
Worked example | |
Summary | |
Further Reading | |
Application: Cowie Health Centre, Scotland | |
Exercises | |
Management Statistics | |
Learning objectives | |
A business example | |
Why are statistics needed? | |
Measures of averages | |
Measures of variability | |
Using the statistics | |
Calculating statistics for aggregated data | |
Index numbers | |
Working example | |
Summary | |
Further Reading | |
Application: Halifax Building Society - House Price Index | |
Exercises | |
Probability and Probability Distributions | |
Learning objectives | |
Terminology | |
The multiplication rule | |
The addition rule | |
A business application | |
Probability distributions | |
The Binomial distribution | |
The Normal distribution | |
Worked example | |
Summary | |
Further Reading | |
Application: ICI Pharmaceuticals | |
Exercises | |
Decision Making Under Uncertainty | |
Learning objectives | |
The decision problem | |
The Maximax criterion | |
The Maximin criterion | |
The Minimax regret criterion | |
Decision making using probability information | |
Risk | |
Decision trees | |
The value of perfect information | |
Worked example | |
Summary | |
Further Reading | |
Application: Gulf Oil | |
Exercises | |
Market Research and Statistical Inference | |
Learning objectives | |
Population and samples | |
Sampling distributions | |
The Central Limit Theorem | |
Characteristics of the sampling distribution | |
Confidence intervals | |
Other confidence intervals | |
Confidence intervals for proportions | |
Interpreting confidence intervals | |
Hypothesis test | |
Tests on a sample mean | |
Tests on the difference between two means | |
Tests on two proportions of percentages | |
Tests on small samples | |
Inferential statistics using a computer package | |
P values in hypothesis tests [chi]2 tests | |
Worked example | |
Summary | |
Further Reading | |
Application: Queen's College, Taunton | |
Exercises | |
Quality Control and Quality Management | |
Learning objectives | |
The importance of quality | |
Techniques in quality management | |
Statistical process control | |
Control charts | |
Control charts for attribute variables | |
Pareto charts | |
Ishikawa diagrams | |
Worked example | |
Summary | |
Further Reading | |
Application: Hewlett Packard | |
Exercises | |
Forecasting I: Moving Averages and Time Series | |
Learning objectives | |
The need for forecasting | |
Alternative approaches for forecasting | |
Trend projections | |
Time-series models | |
Worked example | |
Summary | |
Further Reading | |
Application: Retail supermarket, UK | |
Exercises | |
Forecasting II: Regression | |
Learning objectives | |
The principles of simple linear regression | |
The correlation coefficient | |
The line of best fit | |
Using the regression equation | |
Further statistical evaluation of the regression equation | |
Non-linear regression | |
Multiple regression | |
The forecasting process | |
Worked example | |
Summary | |
Further Reading | |
Application: RAC | |
Exercises | |
Linear Programming | |
Learning objectives | |
The business problem | |
Formulating the problem | |
Graphical solution to the LP formulation | |
Sensitivity analysis | |
Computer solutions | |
Assumptions of the basic model | |
Dealing with more than two variables | |
Extensions to the basic LP model | |
Worked example | |
Summary | |
Further Reading | |
Application: Blue Bell, Inc | |
Exercises | |
Stock Control | |
Learning objectives | |
The stock-control problem | |
Costs involved in stock control | |
The stock-control decision | |
The economic order quantity model | |
The reorder cycle | |
Assumptions of the EOQ model | |
Incorporating lead time | |
Classification of stock items | |
MRP and JIT | |
Worked example | |
Summary | |
Further Reading | |
Application: Unipart | |
Exercises | |
Project Management | |
Learning objectives | |
Characteristics of a project | |
Project management | |
Business example | |
Network diagrams | |
Developing the network diagram | |
Using the network diagram | |
Precedence diagrams | |
Gantt charts | |
Uncertainty | |
Project costs and crashing | |
Worked example | |
Summary | |
Further Reading | |
Application: Central Regional Council, Scotland | |
Exercises | |
Simulation | |
Learning objectives | |
The principles of simulation | |
Business example | |
Developing the simulation model | |
A simulation flowchart | |
Using the model | |
Worked example | |
Summary | |
Further Reading | |
Application: University Hospital of Wales | |
Exercises | |
Financial Decision Making | |
Learning objectives | |
Interest | |
Nominal and effective interest | |
Present value | |
Investment appraisal | |
Replacing equipment | |
Worked example | |
Summary | |
Further Reading | |
Application: Tomco Oil Inc | |
Exercises | |
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