Format: Image / Subject: exponential equations - Cornell University Library Digital Collections Search Results

Start Over Image exponential equations

1. Two equations. The first equation is the probability density function (PDF) and the second equation is the cumulative distribution function (CDF). The CDF is the integral of the PDF.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

2. Example #2 using provided failure equation showing failures over time.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

3. Example #3 using the provided failure equation for multiple items.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

4. Example #4 using the provided failure equation for one item.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

5. Deriving failure equations for n items

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

6. Failure rate example #5 with exponential equations.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

7. Failure rate example #5 with exponential equations.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

8. Example #6 (continued) showing failure rate with exponential equations.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

9. Failure rate example #5 continued with exponential equations.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

10. Example #7 showing failure rate with exponential equations.

Collection:: Early 20th Century Engineering Lantern Slides
Date:: undated
Format:: Image
Agent:: unknown

« Previous
Next »
1 Current Page, Page 1
2