Bayes' Theorem | TRICK that NEVER fails | Solved Examples

This video gives a very intuitive understanding of Bayes' Theorem. The purpose of this video is to enable you to independently solve Bayes' Theorem related problems. No matter how difficult the problem is, if you follow this video, you will be able to solve it in a matter of seconds.
We have purposefully taken multiple examples of varying complexity, so that you don't need any other reference beyond this video in order to crack Bayes' Theorem related problems in your Quizzes/Exams.
Happy Learning!

[@goodmusic284]

By far, the best explanation of Bayes Theorem. Thank you, sir.

[@HumphreyVV]

Mr Six Sigma.. Thank You. I am a male person, 81 yrs, and living in Holland. Your guidance in Bayes Theorem was astonishing clear and helpful. Hats off for your channel and expertise !!! Have a nice day

[@prosmartanalytics]

Glad you liked our content. You too have a blessed day.

[@Itsamindsetg]

great video, explained 10x better than my lecturer

[@chintharakesh]

great explanation. Like u mentioned in the video, u covered the topic 100% and people do not need any other resource.

[@prosmartanalytics]

Thank you for the appreciation. Means a lot to us.

[@pradeepkumar4585]

Very well explained, I was going mad trying to understand this, finally I get it clear in my head after watching this video. Thank you Six Sigma and ofcourse KZbin platform

[@prosmartanalytics]

Glad it helped!

[@swahifaabdijuma2782]

Thank you ..................🤩😍Simple and clear

[@adunkolade6519]

This was so helpful thankss

[@varadparab6989]

Thank you so much sir

[@aswinimechiri3157]

awesome.as you said no other reference is required.please keep up your great content.

[@prosmartanalytics]

Thank you! 😊

[@charlesjonesjr1262]

By far the best explanation I have heard.

[@prosmartanalytics]

Thank you! Glad it helped.

[@avinpereira8495]

Thx for your explanations it was quite clear about both the topics conditional and bayes, however I am confused where I can apply the bases theorem and I should use the conditional probability

[@prosmartanalytics]

Bayes' Theorem is an extension of the conditional probability concept. You may need more practice, it would help.👍

[@krisbis]

Excellent!

[@prosmartanalytics]

Thank you!

[@rahatsshowcase8614]

subscribed! very good explanation!

[@prosmartanalytics]

Thank you! Glad it helped.

[@user-uh8tw7zy4n]

Excellent explanation

[@prosmartanalytics]

Thank you! Glad it helped.

[@sanojdhananjaya2973]

thanx for explanation it's very helpful ❤❤😊😊

[@prosmartanalytics]

Glad it helped 😊

[@ihlasvp9388]

Useful❤

[@prosmartanalytics]

Thank you!

[@AbbyKan-bl1tm]

Excellent 🎉🎉❤

[@prosmartanalytics]

Thank you!

[@lg2058]

Slick and useful.

[@prosmartanalytics]

Thank you!

[@foysal_BD_CSE]

To calculate the shortcut form, problem-1: how take you total products is 700? And also in problem-2: how take you total vehicles is 1000? If I take a random value, I can't get the exact answer.

[@prosmartanalytics]

Give it more time to understand it from the beginning. Try to do it yourself. You'll always get the same answer (as in probability) because the assumed values of totals no matter what you take will get cancelled while calculating the probability as it participates both in numerator and denominator.

[@AbhishekKumar-ji8tn]

In problem 2nd,you put the value of 5% into decimal 0.5 but it will be 0.05 of 5%

[@prosmartanalytics]

Really! Thank you for watching our content so diligently. Feedback always helps.

[@finmatrixparadigm7904]

U re so good in accents of Speaking English for Indian to enjoy Pls share contact no

[@boringcook]

Hi, I wonder if in the 3rd problem, False Negative is not mentioned, so in our calculations, we dont have to care about False Negative right?

[@prosmartanalytics]

Right, we need to formulate as per the specific problem statement.