A long established standard student reference.  To aid understanding of how many of the tables can be used, there is a section of practical worked examples.  Useful formulae are also included. 

Table
Basic Distribution Tables
Cumulative Binomial Probabilities
Cumulative Poisson Probabilities
Areas in Upper Tail of the Normal Distribution
Percentage Points of the Normal Distribution
Ordinates of the Normal Distribution
Exponential Function e-x
Percentage Points of the t Distribution
Percentage Points of the x Distribution
Percentage Points of the F Distribution
Percentage Points of the Correlation Coefficient
Tukey's Wholly Significant Difference (5% Level)
Distribution-free (Non-parametric) Tables:
Percentage Points of Spearman's Rank Correlation Coefficient
Percentage Points of Kendall's Rank Correlation Coefficient
Percentage Points of Nair's `Studentised' Extreme Deviate from the Mean
Upper Percentage Points of Dixon's Rank Difference Ratio
Percentage Points of D in the One-sample Kolmogorov-Smirnov Distribution
Lower Percentage Points of Wilcoxon Signed-rank Distribution
Percentage Points of D in the Two-sample Kolmogorov-Smirnov Distribution
Percentage Points of the Mann-Whitney U-Distribution
Percentage Points of Friedman's Distribution
Upper Tails of the Kruskal-Wallis Distribution
Statistical Process Control Tables:
Control Chart Factors for Sample Mean ( )
Control Chart Factors for Sample Range (using )
Control Chart Factors for Sample Range (using s )
Control Chart Factors for Mean and Range (American Usage)
Control Chart Factors for Standard Deviation (American Usage)
Tolerance Factors for the Normal Distribution
Sample Size for Two-sided Distribution-free Tolerance Limits
Sample Size for One-sided Distribution-free Tolerance Limits
Critical Values for Runs:
Notes on Tables 30, 31, 32, 33, 34
Number of Runs on Either Side of the Mean: 5% Point
Number of Runs on Either Side of the Mean: 0.5% Point
Number of Runs Above and Below the Median
Lengths of Runs on Either Side of the Median: 5%, 1% and 0.1% Points
Critical Values of Lengths of Runs Up and Down
Attribute Single Sampling Tables:
Derivation of Single Sampling Plans
Construction of O.C. Curves for Single Sampling Plans
Random Number Tables:
Random Numbers
Random Standardised Normal Deviates (Z Values)
Financial Tables:
Present Value Factors
Cumulative Present Value Factors
Capital Recovery Factors
Examples of the Use of Tables 11 to 16
Some Useful Formulae

J. MURDOCH was formerly Director of Management Science Studies at Cranfield University.

J.A. BARNES was formerly Senior Lecturer in Management Science Studies at Cranfield University.