วีดีโอ

Listen I can barely see the words in your display.

Concise and direct! Thanks so much for the help

not helpful

finally someone who shows all the equations behind the process, thank you

After watching this video I can conclude that I don't even know how to use Excel!

pls make tutorial on how to make the shape reflections face up

My excel don’t have it lol

Thanks for the lesson. Could you, please, help me? I have a variable that formulates the name of a shape by concatenating (origem = "clu" & Worksheets(2).Cells(i, 2) & "." & tsI ) . I would like to use the content of that variable (origem = "clu1.1", for example) to select a Shape I have already created. Is that possible?

Hello. tried to install the add in but everytime i try to use it it returns an error showing #Bussy.error, what am i doing wrong?

Heyy, thank you for this method! Made my life so easier! Could you share the reference for this video? I wanna know how you got the piece function for p values, and why are we using AD*

Thanks!

Why subscriber?? People don't want quality information

Volume consistency needs work

how to save shape as picture automatically with vba? without using 3rd party apps or API

For the case in the null hypothesis that the distrubtion is not known, should the funcion in C2 be empitrical distrbution function? The example provided for C2 in the video is that the distribution in Null hypotheis is normal distribution.

For those numbers used to constrol piece-wise function e.g. 1.2937 are they always fixed no matter what our underlying data is?

P value shoud be compared with significant level not crtical value.

Muito obrigado por sua ajuda... i am learning a lot... thank you so much for help me to improve myself

Thank you for providing this content. You have been quite helpful, and I believe this is not only for me. ●So, did I get correctly that if an A-D value is higher, it corresponds to a lower p-value and hence a higher risk of rejecting Ho that assumes the distribution comes from a specifed distribution (i.e., normal distribution) when the p-value is less than the significance level? ●Is it accurate to argue that the smaller the A-D value, the more likely your distribution is to be normal because the p-value will be larger (above the significance level), allowing Ho to assume that the distribution is from the specified distribution? ● The higher A-D value, the lower p-value and the higher chance of rejecting Ho? ●Otherwise, how should the A-D value be used in respect to the p-value? Thank you in advance.

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Excellent video

I really liked so much the approach of this video through the lens of engineering 👏🏼

Thank you for this straight to the point tutorial. This is exactly what I need.

Isn’t this the Kuiper Test?

Cool

Very helpful, thank you.

thankyou so much! i am from Indonesia and currently studied statistics in college, this video really helps me out, definitely would recommend you to my friends!

first

Great

f(x) does NOT give you the probability of x occurring. That probability would be zero.

I used to stress about managing normality in excel, but this video provided a fresh perspective. Much respect to the creator for simplifying it! Liked and Subbed!

Amazing and straightforward. This Normality test is a dream guide for every expert Liked and Subbed!

'QE.CAPABILITYANALYSIS' is always returning #VALUE! error, even though all data is as per the video. Do you have sample excel file from the demo somewheare on the cloud? Can you share the link?