Quantifying Dinosaur Pee - Expressing Probabilities as Floating-Point Values in C++ - Lecture

Quantifying Dinosaur Pee - Expressing Probabilities as Floating-Point Values in C++ - Lecture

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Introduction

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1 of 33

Introduction

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Classroom Contents

Quantifying Dinosaur Pee - Expressing Probabilities as Floating-Point Values in C++ - Lecture

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  1. 1 Introduction
  2. 2 The Birthday Problem
  3. 3 Boundary Conditions
  4. 4 Birthday Function
  5. 5 Unique Birthday
  6. 6 Observations
  7. 7 Recap
  8. 8 Dinosaur Pee
  9. 9 Expected Value
  10. 10 Geometric Sum Formula
  11. 11 Sum a finite or infinite series
  12. 12 Plugging in inquiry symbols
  13. 13 Alternative facts and quotes
  14. 14 Timescale
  15. 15 Bird Model
  16. 16 Daily Rate
  17. 17 Compounding
  18. 18 Time Scales
  19. 19 Plugging in Numbers
  20. 20 The Result
  21. 21 Example
  22. 22 FloatingPoint Subtraction Algorithm
  23. 23 Summary
  24. 24 Discrete Probability
  25. 25 Lightning Speed
  26. 26 Precision
  27. 27 ExpectedValue
  28. 28 Symmetry
  29. 29 Distribution
  30. 30 Takeaways
  31. 31 Delirium
  32. 32 Dinosaur Steak
  33. 33 Questions

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