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| The exponential distribution is a commonly used distribution in reliability engineering. Mathematically, it is a fairly simple distribution, which many times leads to its use in inappropriate situations. It is, in fact, a special case of the Weibull distribution where <math>\beta =1</math>. The exponential distribution is used to model the behavior of units that have a constant failure rate (or units that do not degrade with time or wear out).
| | [[Category: For Deletion]] |
| {{Exponential Probability Density Function}}
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| {{Exponential Statistical Properties}}
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| {{Characteristics of the Exponential Distribution}}
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| ==Estimation of the Exponential Parameters==
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| {{Probability Plotting Exponential Distribution }}
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| {{Rank Regression on Y for Exponential Distribution}}
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| {{Rank Regression on X for Exponential Distribution}}
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| {{Maximum Likelihood Estimation for Exponential Distribution}}
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| {{Confidence Bounds}}
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| {{Bayesian Confidence Bounds ED}}
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| ==General Examples==
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| '''Example 8:'''
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| {{Example 8: Exponential Dstribution for Grouped Data}}
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| '''Example 9:'''
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| {{Example 9: Exponential Distribution Auto Batch Run}}
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