How to construct an operating characteristic (OC) curve for single acceptance sampling plans

[@mrmagoo5526]

This has to be one of the clearest OC curve explanations . Thank you so much from me here in Ireland

[@san_2400]

One of the greatest teacher I have ever seen love you lots sir 😭.... My professor teach nothing to our class from this subject ...U helped me at this time my semester examination... Thank yous sir 😭❤️

[@punksnotdead4766]

That was fantastic. First time I’ve understood OC’s

[@rileyskaggs419]

Amazing video keep it up extremely helpful and easy to follow!

[@pgp2127]

thanks! this is a great way to learn! nothing like doing it old school vs relying on software to magically produce an output.

[@amilainduwara9771]

nice work. Life saver

[@patrick_rousseau]

thanks for explaining something my "qualified" teacher could'nt!

[@benjawunbunmuang7962]

thank you, I can understand you just watching the clip once.

[@bojjilanandam4851]

Bro iam from tirupati, it is in India. Thank you and Nice explanation

[@strongest324]

ahaaaa

[@zodiacmanan]

This was excellent. Thank you so much.

[@hiroshi5550]

In 12:10, I think you were trying to show curve with higher sample size. When we increase sample size, we should expect decrease in lot acceptance rate while % of non conformance is constant

[@jeremylou6450]

Hiroshi, you are correct. I think he made a mistake there.

[@JhyApril]

I think you might make a very small mistake at plotting the graph which is that the X-axis is 100Po not np, though you mentioned it in the beginning. Ty for your video anyway :)

[@airtel1730]

Thanks bro. ...... life saver .....

[@chaelynnkim9157]

Thank you! It helped me a lot

[@ahmedoseya248]

great demonstration and was a great help for me thanks :)

[@aniruddhaphatak8576]

Can you explain producers risk and consumers risk in the same video?

[@kimc7699]

Great explanation - thanks!

[@piacandaceprima5886]

thank you!! this really helps!!

[@BhanuPratapSingh-fz8fl]

Thanks man 😊

[@maryamahmadij.6752]

Thanks!

[@ramseslugo5437]

Who the hell has the Poisson distribution table shown in the video? I need it

[@airtel1730]

Ramses Lugo : Or Angrezee kya hl h tere ..... sale ghorey chamdii wale .....

[@123san1]

good one man

[@rx4pain]

Thanks man

[@ladiikeesha23]

I'm currently taking Quality Control and I'm running into the issue of finding certain values in the Poisson table in the 9th Edition. Of course I can google a more detailed table but I wont be able to use it for the test I have Thursday. Is there a video on how to use the formula to calculate the value or is there some process I can do. For example I have the npo of 0.62 and the # of nonconformities should be 1 or less.

[@ganeshraja8652]

Tq so much

[@minamorise224]

i need this table plz

[@marwaadel6153]

X is 100Po
Y is 100 Pa

[@ganeshraja8652]

Tq so much