How to calculate the conditional probability A training data set of weather and corresponding target variable 'Play' (suggestingpossibilities of playing) is given below for 14 days.Weather ePlaysunnyeno?overcasteyesRainyyesesunnyayesesunnyyesovercasteyesRainyeno?Rainyeno?sunnyyeseRainyyessunnyno?overcasteyesovercasteyesRainy.no?Now, we need to classity whether players will play or not based on weather condition.Problem: Players will play if weather is sunny. Is this statement is correct? Use conditionalprobability and Naive Bayesian equation to answer this question.

A training data set of weather and corresponding target variable 'Play' (suggesting possibilities of playing) is given below for 14 days. Weather Play sunnye no overcaste yes Rainye yes sunny yese sunny. yese overcaste yese Rainya no? Rainy no? sunny. yese Rainy yes sunnya no? overcaste yese overcaste yes Rainy. no? Now, we need to classity whether players will play or not based on weather condition. Problem: Players will play if weather is sunny. Is this statement is correct? Use conditional probability and Naive Bayesian equation to answer this question.

A training data set of weather and corresponding target variable 'Play' (suggesting possibilities of playing) is given below for 14 days. Weather Play sunnye no overcaste yes Rainye yes sunny yese sunny. yese overcaste yese Rainya no? Rainy no? sunny. yese Rainy yes sunnya no? overcaste yese overcaste yes Rainy. no? Now, we need to classity whether players will play or not based on weather condition. Problem: Players will play if weather is sunny. Is this statement is correct? Use conditional probability and Naive Bayesian equation to answer this question.

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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Question

How to calculate the conditional probability

A training data set of weather and corresponding target variable 'Play' (suggesting
possibilities of playing) is given below for 14 days.
Weather e
Play
sunnye
no?
overcaste
yes
Rainy
yese
sunnya
yese
sunny
yes
overcaste
yes
Rainye
no?
Rainye
no?
sunny
yese
Rainy
yes
sunny
no?
overcaste
yes
overcaste
yes
Rainy.
no?
Now, we need to classity whether players will play or not based on weather condition.
Problem: Players will play if weather is sunny. Is this statement is correct? Use conditional
probability and Naive Bayesian equation to answer this question.

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