Simulate normally distributed values (also computes summary statistics, a probability plot, and fits a line to the plot)
The Three Coins problem (discrete simulation)
Compute descriptive statistics (contains a Visual Basic (VB) macro to compute percentiles)
Compute binomial probabilities
Compute parameters of a lognormal distribution
Perform linear, quadratic, cubic, etc. interpolation (used to interpolate Land's H factor tables)
Compute lognormal MVUEs (contains a VB macro for Finney's G/Psi function)
Binomial confidence interval calculations (includes Bayes, beta, F, and direct formulas)
Graphical calculations with Student's t distribution (uses Excel's TInv() function and dynamically graphs the corresponding area)
Normal interval workbook Computes confidence, prediction, and tolerance intervals based on the Normal distribution. Contains VB macros to compute values of the non-central t distribution and its inverse.
Geometric means, exponentials, and logs
Land's H-factors for lognormal confidence limits (Gilbert tables A.12-13) (use the cubic interpolation formulas above)
Simulate normally distributed values (also computes summary statistics, a probability plot, and fits a line to the plot)
The Three Coins problem (discrete simulation)
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This page is copyright (c) 2001 Quantitative Decisions and William A. Huber. Please cite it as
This page was created 31 January 2001 and last updated 24 March 2001 (added the normal interval workbook).