Probability Lesson 5: Conditional Probability and Multiplication Law of Probability

[@brellington1999]

going through this entire playlist a week before my probability exam >>

[@zonneP]

literally me

[@j83lin]

Great explanation of conditional probability! Thank you!

[@i_harib]

Very helpful, keep up the good work mate!

[@sunnysarkarwind]

Good explanation !

[@tamaraharutyunyan3355]

Your lessons are amazing!

[@hachemouanes8751]

thank you very much, you saved my worthless life. now I have one.

[@hachemouanes8751]

Yes I agreee

[@uroztas]

10/10

[@samirelzein1978]

very good job Now redo with modern animations :p

[@shilpawakharkar9179]

thanks

[@ginoy007]

Shouldn't P(AnB) be 3/6 instead of 3/36?

[@teaadvice4996]

Have to point out that the dice table is wrong for permutation outcomes because you only counted the 1,1 2,2 ..... only once when they are needed to be counted twice

[@StatCourses]

The diagonal elements have the same likelihood of occurrence as the off-diagonal elements. They are not twice as likely to happen as you suggested. P(LH=1, RH=1) and P(RH=1,LH=1) correspond to a single event in the sample space. We don’t need to count it twice. P(1,1) = P(LH =1) P(RH=1) =(1/6)(1/6)=1/36. Left hand toss and right hand toss are independent experiments.

[@teaadvice4996]

Actuarial Path thank you very much for responding back and explaining, btw great videos

[@mahmudnuraringim7950]

@@StatCourses pls i didn't under the A intersection B