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
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 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.
@@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...
Where did the 12 come from in the "Divide by 12" in the Standard Deviation formula?
Boom!Super Fun Statistical Class...Thank You Mike :)
You are welcome, darryl!!! : ) : )
Thanks!
Thankx Mike, I hope all this video are getting add to our existing stats playlist
Thanks Mike for this EXCELlent video.
You are welcome, My Teacher Friend : ) : ) : )
1:39 Hi Mike to which category goes a score of 40? to 30-40 or to 40-50?
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
2nd comment. Thanks Mike!
You are welcome. I bestow upon you, Chris M, the second place trophy!!!
Thanks Mike!!! :) :)
You are welcome, Formula Guy John!!!!
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??
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?
@@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.
@@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...
1st comment
I must bestow upon you the first place trophy, Syed!!!