Control Charts | 7 QC Tools Hindi | Quality Control Tools | QC Tools | Lean Six Sigma Tools | TQM

[@watchandpray2018]

Very lucid explanation...thank you sir...

[@ShakehandwithLife]

thanks

[@लोकेश-ड2ज]

Thanks sir for giving clearity for Control charts.

[@ShakehandwithLife]

Welcome

[@obiomafavourchinonso2454]

Thank you sir. I got a better understanding for control charts

[@ShakehandwithLife]

Glad to hear that

[@15vasudevanand]

Very helpful video. Easy for understanding . Thank you sir. 🙏

[@ShakehandwithLife]

Thanks and welcome

[@raja.mubbasshir9072]

Great Sir! Thanks very much, respect from Pakistan!

[@ShakehandwithLife]

Welcome

[@dopsop1267]

Thank u sir for this explanation

[@ShakehandwithLife]

Welcome

[@deepakkumar-to8fc]

Thanks sir for explaining the control chart in details.

[@ShakehandwithLife]

Welcome, Keep watching

[@engineershafiq663]

excelent briefing on control charts

[@ShakehandwithLife]

Thanks for your valuable feedback

[@akshayacharya8978]

Excellent lecture sir....Thankyou so much for this 😊

[@ShakehandwithLife]

Welcome

[@sukritithakur6206]

Fabulous sir ....... It make me really easy to understand the topic

[@ShakehandwithLife]

Welcome🎉

[@syedmujeebahmed]

Thank you so much for very good explanation which is very helpful

[@ShakehandwithLife]

Welcome🎉

[@MANISHKUMAR-wz1gl]

Very very nice explanation

[@ShakehandwithLife]

Thanks

[@monikamishra206]

very helpful video 👍👍thank u so much sir 🙏

[@ShakehandwithLife]

You're welcome🎉

[@jyotipurba3513]

Fabulous sir!!! Thanku so much 😋😋😋😋

[@ShakehandwithLife]

Most welcome 😊 keep watching

[@satishpagare8137]

Very well explained sir.. Thanks

[@ShakehandwithLife]

Thnks and welcome

[@gunjarimitra4380]

Very much helpful Sir.... 😊😊thank you so much 😇

[@ShakehandwithLife]

Welcome and thank you

[@JohnDoe___69]

thank you sir. very well explained. now i can give my exam confidently

[@ShakehandwithLife]

All the best

[@gl1507]

thanks sir for making such best videos is very useful to understand quality control

[@ShakehandwithLife]

Thanks and welcome

[@vardhmansoni1999]

very awesome very good

[@ShakehandwithLife]

Thanks and welcome🎉

[@udneshwarkumar7359]

Best explanation sir.

[@ShakehandwithLife]

thanks and welcome

[@rajkumar-qt8lg]

osm contained and way of explanation

[@ShakehandwithLife]

thanks and welcome

[@GauravSharma-gn3yd]

Fantabulous show sir.. As always you elaborated so well... Keep smiling and shining

[@ShakehandwithLife]

Thank you and welcome

[@bobysharma4328]

Thanks sir it is very informative..

[@ShakehandwithLife]

Welcome

[@jyotipurba3513]

Outstanding 👌👌thnku sir

[@ShakehandwithLife]

Most welcome

[@vikrammarya5748]

Very very good sir G . Ma aapka every time abhari rahuga

[@ShakehandwithLife]

Thank you and all pleasure of mine

[@pawanbadwaik1746]

Thanks you sir... well explanation

[@ShakehandwithLife]

Welcome

[@Prax0x]

Just viewing for knowledge. Was a great help thanks sir foe your so much help, it was really amazing!

[@ShakehandwithLife]

Welcome🎉

[@achutanandapradhan6353]

Tnkhank you sir

[@ShakehandwithLife]

Welcome

[@RiteshKumar-ji6xg]

Osm content and explained 🤗🤗

[@ShakehandwithLife]

🙏

[@ganeshshinde4824]

thanks a lot sir for such video

[@ShakehandwithLife]

Welcome

[@HappySingh-lo3vk]

Outstanding explained sir ! Thank u very much for this.

[@ShakehandwithLife]

Thanks and Welcome

[@dhananjaydixit6585]

Thanks alot sir

[@ShakehandwithLife]

Welcome🎉

[@Vlogertopcreater]

Thank you sir

[@ShakehandwithLife]

Welcome

[@huehuehue13]

great video sir, helped me alot

[@ShakehandwithLife]

Welcome🎉

[@cnctechguru512]

Very good

[@ShakehandwithLife]

Thanks

[@rehannaqvi9961]

Good Job sir 👍

[@ShakehandwithLife]

Thanks

[@sagarshinde7832]

good effort

[@ShakehandwithLife]

Welcome🎉

[@imranahmad5265]

Today is my exam Thnkuu sir this video it really helps me to understand 🙂☺️☺️

[@ShakehandwithLife]

🙏

[@sabeenyousuf4871]

My exam is coming soon can you share the type of questions

[@imranahmad5265]

@@sabeenyousuf4871 stream...?

[@bhawnavaish9709]

Thanks sir👍🙏

[@ShakehandwithLife]

Welcome

[@saurabhkumarsingh2844]

Great👏 keep it up

[@ShakehandwithLife]

Thanks and welcome

[@saurabhfarenjiya2713]

Thanks sir it's very important thanks a lot

[@ShakehandwithLife]

Welcome🎉

[@rakeshkumaryadav6875]

200th like.

[@ShakehandwithLife]

Thanks a lot

[@stgamer5535]

Very nice. But Pl make a video on shainin tools and doe tools

[@ShakehandwithLife]

will try

[@vpmsam]

Great

[@ShakehandwithLife]

Thanks

[@aqibkhan6787]

Dear sir thanks for this video it is very informative and clear my concepts related to control charts. Sir I have a question, I m using variable charts and often ask by auditors about how you perform trend analysis by using your control and on what reference you have made these limits 2sigma and 3sigma and what would be the acceptance criteria of for data.

[@ShakehandwithLife]

Trend can be studied using the uphill or downfall of the curve for a specific time period, 2 sigma limit is mean +/- 2 standard deviation

[@alokkumaryadav6232]

Thanks sir

[@ShakehandwithLife]

Welcome

[@loopimpact]

good knowlege

[@ShakehandwithLife]

Thanks

[@PharmaPill]

👏🏻👏🏻👌🏻

[@ShakehandwithLife]

🙏

[@kunalgaming52149]

Thank you Sir, Good explanation, I want one confirmation, Which type of Attribute Control chart use (P, Np, C, U Chart ?) when have single relation gauge (Multiple parameter inspect one time).

[@ShakehandwithLife]

Let me check, will reply soon, please elaborate more about ur concern...

[@mallinathanputhukkudi]

Since you are inspecting multiple parameters one time there can be one or more defect into it, So you may consider it as a defective unit there by permitting the use of NP chart if the sample size is constant and P chart if the sample size is variable.

[@yashsompura8841]

IT WILL HELP ME TO CLEER MY JOB INTERVIEWS.

[@ShakehandwithLife]

Hope so

[@navdeepsinghmeena8632]

THANKS FOR THE MAKING IT EASY WELL EXPLAINED SIR BUT EVERY TIME " LCL" SHOULDN'T TAKE ZERO IF CALCULATIONS FOR LOWER CONTROL LIMT BEING NAGATIVE THEN WE CAN TAKE IT AS ZERO.

[@ShakehandwithLife]

Valid point and thanks for sharing your valuable input. We can take it 'zero' in case of range and in case of attribute data. But if you want to showcase it on the chart then you can.

[@abihaaizaloveforislam2269]

Can u explain EWMA and CUsum chart in hindi/urdu plz. Their comparison and derivation

[@ShakehandwithLife]

Wait for sometimes

[@abihaaizaloveforislam2269]

@@ShakehandwithLife ARL ( average run length) ko b EWMA chart k sath explain kar dena plz Plz also explain EWMA control chart with ARL in hindi/urdu

[@kundangupta7058]

nice

[@ShakehandwithLife]

Thanks

[@prashantdogra48]

kindly explain why you have added +3 sigma and -3 sigma and called it 6 sigma? is this right?

[@sandippaswan509]

No

[@ShakehandwithLife]

To decide UCL and LCL and the number of observations covered between UCL=+3sigma and LCL=-3sigma.

[@ShakehandwithLife]

If you think it is wrong, kindly drop the reason.

[@saralverma4946]

It's not right, it should be called as 3sigma only...as it gives 99.73% control ... whereas talking of 6sigma, it gives 99.9996% control

[@mallinathanputhukkudi]

I think when you compare about 3 sigma and 6 sigma quality levels you are not using the same standard parameter for comparison. when When we consider 99.73% short term control with 3 sigma, it is without any mean shift and in the same way 6 sigma should control 99.9999998%(short term control) and not 99.9996%(long term control) as you mentioned. The log term control for 3 sigma is 93.32 %. when we talk about 99.9996% control with 6sigma, a mean shift of 1.5sigma is permitted. So 99.9996% actually corresponds to 4.5 sigma value. Now coming to the 6 sigma control width mentioned , it is the distance from +3sigma to -3sigma from the mean which is equal to 6 sigma and in the same way ,the the control width is 12 sigma in the case of+/- 6sigma control . when we talk about 6 sigma quality control we always mean long term control which considers a mean shift of 1.5 sigma and 3 sigma quality control which is equivalent to 99.73% is with out any mean shift. When SPC was initially introduced in the early 1920,s achievement of 3 sigma level (99.73%) quality was considered very good. No mean shift was considered in those days and sigma was considered as +/- 1/3 of achievable tolerance.

[@MANISHKUMAR-wz1gl]

👍👍👍👍

[@ShakehandwithLife]

🙏

[@sandipparida1667]

Well explained sir bt every time LCL shouldn't take zero if calculation for lower control limit being negative then we can take it as zero

[@ShakehandwithLife]

For range chart, the minimum difference is zero LCL zero in that case shows this logic... Practically it is not possible but for precision it is a target🎯 to achieve

[@yashsompura8841]

VERY NICE EXPLANATION SIR. BUT CAN U ALSO EXPLAIN IN EXCEL, ONLY ONE OR TWO CHART SIR,

[@ShakehandwithLife]

Keep watching, will try, right working on hypothesis testing

[@sidhephaadse3237]

Xbar ki value kya put krni he (mean chart formula me)

[@ShakehandwithLife]

Xbar is average of each individual sample and Xdouble bar is the average of sample averages

[@maheshbhalerao6016]

Hello Sir, Plz make Video on I-MR & Xbar S chart

[@ShakehandwithLife]

will try.. in my upcoming videos

[@rawatg240]

Sir video helpful hn buy sir Excel me bna k dheka the na video or jada smjh me atha sb tho slide hn ye

[@ShakehandwithLife]

Ok, Thanks

[@paranjaynajan7717]

Where is np chart and u chart sir??

[@ShakehandwithLife]

Will create a separate video for that

[@lokeshdeshmukh9760]

👍

[@ShakehandwithLife]

🙏

[@dasanpandram5934]

how will be available complete book. because i want to buy book.

[@ShakehandwithLife]

Follow the link to buy this book shakehandwithlife.myinstamojo.com/product/439474/7-qc-tools-handbook-a-complete-training-and-reference-guide-with-excel-images-and-commands/

[@kabirbaliyan4506]

It's ok 😊😐😏

[@ShakehandwithLife]

😀

[@anuraginfo5757]

Which of the following control charts is/are used to study discrete variables? 1. X-bar chart 2. R chart 3. p chart

[@ShakehandwithLife]

It is good to use C-Chart

[@saralverma4946]

P chart

[@rahulbhandarkar9312]

Sir why 6 sigma only , why not 2 Sigma or 4 sigma or other sigma values are taken in control charts

[@technicalbhaskar9342]

C chart is control chart

[@ShakehandwithLife]

C chart is for count charts for defect count

[@mohitpurohit6141]

How we calculate % between 6 sigma

[@ShakehandwithLife]

It is according to chebyshev's theoram states that 1-1/K^2 of the observations will lie within k standard deviation or sigma of the mean. For bell shaped or normal distribution, we have 68% of the observations with in 1 std. dev. of mean 95% between 2 std. dev. of mean And approximately all between 3 std. dev. of nean

[@biggi15]

why we are taking the population Std. Deviation when we are considering only samples??

[@ShakehandwithLife]

After calculation of sample mean values of all samples, we now consider the sample mean values as individual population.

[@motivationwala7687]

Sir Nacl ka kaise bnaye matlab data kaise nikale

[@ShakehandwithLife]

Nacl?

[@motivationwala7687]

Sodium chloride 20 mg/l water uske baad kaise nikale

[@ShakehandwithLife]

Please share complete problem on [e-mail]

[@nitinpatil6900]

Plz show in excel

[@ShakehandwithLife]

Will do that in near future

[@Vaibhav-vw3eo]

Videi nhi dikh raha

[@ShakehandwithLife]

Set the video quality using gear icon

[@vgroup2003]

Sir please explain properly because I any one see first time then how can understand

[@ShakehandwithLife]

Watch again

[@RTX_valorant]

@@ShakehandwithLife lol😂😂😂

[@vijaybhashkar9521]

आपकी आवाज स्पष्ट नहीं आती है

[@ShakehandwithLife]

might be some technical problem

[@vikashp3579]

10 min ka video 30 min ka banaya hai Apne time wasted

[@ShakehandwithLife]

Oops!!!!

[@uttarakhanddarshanbyvijayc8591]

Hindi bolte bolte aadhi to English bol rhe ho ...esse acha h ki puri English hi bol lo hum koi aur Hindi wala dekh lete h fir ..kuch bhi yr

[@ShakehandwithLife]

🤔

[@sanjeev9948]

So bad way of explanation like THAKA HUA.

[@ShakehandwithLife]

Thanks for giving ur valuable time and feedback

[@vgroup2003]

Very very bad u explain

[@ShakehandwithLife]

Oops!🙂

[@nagrajpujari9692]

Thanks sir

[@ShakehandwithLife]

Welcome🎉