Excel Statistical Analysis 31: Uniform Probability Distribution

[@msantosh1220]

Thanks!

[@msantosh1220]

Thankx Mike, I hope all this video are getting add to our existing stats playlist

[@darrylmorgan]

Boom!Super Fun Statistical Class...Thank You Mike :)

[@excelisfun]

You are welcome, darryl!!! : ) : )

[@SyedMuzammilMahasanShahi]

Thanks Mike for this EXCELlent video.

[@excelisfun]

You are welcome, My Teacher Friend : ) : ) : )

[@johnborg5419]

Thanks Mike!!! :) :)

[@excelisfun]

You are welcome, Formula Guy John!!!!

[@eziola]

Where did the 12 come from in the "Divide by 12" in the Standard Deviation formula?

[@chrism9037]

2nd comment. Thanks Mike!

[@excelisfun]

You are welcome. I bestow upon you, Chris M, the second place trophy!!!

[@RogerStocker]

1:39 Hi Mike to which category goes a score of 40? to 30-40 or to 40-50?

[@excelisfun]

With continuous probability distributions, it could be both, or one, the other, or neither. As mentioned in previous video, since lines have no mass, 30

[@richardhay645]

Interesting combination of Fonts!! I believe the more "decorative" font is called "Girvin" but i can't find it in my Excel font drop-down! What gives??

[@excelisfun]

I know my formatting can be inconsistent and wacky sometimes lol But I am not sure what you are referring to, Richard Hay? On the thumb nail?

[@richardhay645]

@@excelisfun LOL ON PDFs! Referencing the "Fonts" on the handwritten vs printed notes and referring to the handwritten "font" as Girvin! BTW Maybe it was just me but I found that students related much better to the Discreet Uniform Distribution than the Continuous U.

[@excelisfun]

@@richardhay645 That is LOL. I do have some crazy handwritten notes... I think you are right. On one of the test problems, I show a Discreet Uniform Distribution for rounded minute values, but ask them to use the Continuous Uniform Distribution Model to solve the problem...

[@Al-Ahdal]

1st comment

[@excelisfun]

I must bestow upon you the first place trophy, Syed!!!