B Find the probabilities in Problems 17-22 by referring to the fol- lowing tree diagram and using Bayes' formula. Round answers to three decimal places. 17. P(U|C) Start .6 U V W .4 .6 .5 .2 .8 C' C C' C C' 18. P(V|C')
B Find the probabilities in Problems 17-22 by referring to the fol- lowing tree diagram and using Bayes' formula. Round answers to three decimal places. 17. P(U|C) Start .6 U V W .4 .6 .5 .2 .8 C' C C' C C' 18. P(V|C')
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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help with #18 please

Transcribed Image Text:**Bayes' Theorem and Probability**
**Instructions:**
Find the probabilities in Problems 17–22 by referring to the following tree diagram and using Bayes’ formula. Round answers to three decimal places.
---
**Tree Diagram Explanation:**
The tree diagram starts at a point labeled "Start" and branches into three possible paths:
- **U** with a probability of 0.1
- **V** with a probability of 0.6
- **W** with a probability of 0.3
Each of these paths further branches into two outcomes:
- For **U**:
- **C** with probability 0.4
- **C'** with probability 0.6
- For **V**:
- **C** with probability 0.5
- **C'** with probability 0.5
- For **W**:
- **C** with probability 0.2
- **C'** with probability 0.8
---
**Problems to Solve:**
17. \( P(U|C) \)
18. \( P(V|C') \)
19. \( P(W|C) \)
20. \( P(U|C') \)
21. \( P(V|C) \)
22. \( P(W|C') \)
Use Bayes’ formula to find these probabilities and round them to three decimal places.
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