How to Create a Histogram with Normal curve overlay in Excel,Add normal curve, insert bell curve to

[@davincimemes3631]

I WISH I could give you more than just 1 upvote! This is PERFECTLY DONE! SUBSCRIBED!!!

[@LeanSixSigmaGlobal]

Thanks for joining us

[@hoangphio3284]

Thank you so much for this. Wish you the best!

[@LeanSixSigmaGlobal]

Thanks. Hope it helps

[@hariskakakheal813]

I don't understand what you did @ 7:11 of the video. And what's the formula you have created for X. Can you explain?

[@minhinh8403]

Your series are really helpful, thank you so much!

[@LeanSixSigmaGlobal]

Thanks for joining us.

[@LeanSixSigmaGlobal]

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[@nataliarodriguezarias8545]

¡Muchas gracias!. Por fin encontre un video tutorial que me sirvio.

[@HappyMinds_SSP]

Superb... thanks brother ❤

[@LeanSixSigmaGlobal]

Thanks

[@satvikkompella9912]

why did you divide 6*std dev by 100 for the increment? And why did you first subtract (3*stdev) from mean and then took the (point * 6-stddev)?

[@umutozer1292]

Great work, thank you for sharing.

[@LeanSixSigmaGlobal]

Thank you for your consideration, and I hope to see you inside the membership program soon!ua-cam.com/channels/YQMvu3YszW1dgKi97Fmzow.htmljoin

[@anitak8339]

Thank you so much for this tutorial. It helped a lot!

[@LeanSixSigmaGlobal]

Thank you for your consideration, and I hope to see you inside the membership program soon!ua-cam.com/channels/YQMvu3YszW1dgKi97Fmzow.htmljoin

[@asbinanceasbinance1473]

Thanx dude. That was helpful.

[@LeanSixSigmaGlobal]

Thanks

[@eagle93616]

for the inc formula, what's the 6 stands for? and for the formula you used to calculate X, $c$3-3, why minus 3?

[@Great_America]

The "6" value is for 6 standard deviations, or 6 Sigma. The calculation for the x points; $c$3-3*$C$5, he was subtracting 3 standard deviations and was not just subtracting a value of 3. Cell C5 had the standard deviation (STDEV) value for the data population. He created the 100 randomized points in order to create a cleaner, symmetric bell curve that would allow for him to illustrate the 1, 2, and 3 Sigma distributions.

[@bl0ndi334]

Thank you so much for this tutorial! Its was really helpful

[@LeanSixSigmaGlobal]

Thanks

[@nandk1981]

Great 👍

[@sumcheeyee9125]

SO GOOD. Thank you so much.

[@ea5hhi84]

where can i download the template

[@juelalas7287]

Hi. Thank you for the video. But I seem to have a problem. After I clicked "select data source" then "add", I can only select for the y axis and not for the x axis. Basically, there is only one slot for selecting an axis. Do you know what's wrong? Thanks!

[@essenceserendipity]

Try using the Y values for the ‘Series Name’ and the X values for the ‘Series Value’. It worked for me that way. You might need to cut the values so that the lines may fit on the histogram graph. There’s a ‘smoothed line’ option if the line looks jagged. Hope this helps!

[@germangomezsolarte]

Good job man, thanks a lot!

[@LeanSixSigmaGlobal]

thanks

[@hoangphuong631]

A lot of good thing. Thanks so much!

[@shansiganarumuganathan30]

I'm looking to get the percentage of the histogram outside of the curve, is that possible? If so, how can I do it?

[@dragonvietnam866]

Thanks

[@traiphamngoc9772]

so good. thanks

[@oswaldocouto7302]

Very good, ....Thanks for share this video

[@LeanSixSigmaGlobal]

Thanks

[@JonathanMiddleton-v6q]

Couldn't hear you very well