thanks

goated video you are amazing

How can we answer "how many days it takes at 99% probability" on excel itself

how you calculated USL and LSL here ?

Thank you sooo muchhhh! You saved my life with this example!

Nice 👏

Does it only optimize 3 subjects????

Thank you for saving my life after so much time spent on looking for a simple explanation

Thanks, This video helped me a lot!

Robinson Melissa Jackson Jason Miller Gary

Anderson Sandra Robinson Kenneth Thomas Matthew

It will be beneficial if you share this spreadsheet in description.

Hi can you share your email Thanks

hi Thank you for your video, can this apply for vacuum? what is the CR if so?

IMR has a one data set for 3 we calculated xbar chart

Shanahan Village

1:52 What is the logic behind dividing Carrying cost by 2

can we use this for food product ingredients formulations?

How the hell do you freeze the cell?

Is there a published paper which used this?

Miller Gary Smith Nancy Martinez Karen

001 Gunnar Green

Crystal Clear! This is the Only page that made me Clear ❤👍

So what happens with Fa???

Nice video for learning taguchi methods. Thanks

I have two questions. 1. For both systems, do you have to make sure pressure drop is too much that cavitation does not occur? 2. For the orifice meter, does that center hole ever enlarge/wear out over time, due to friction or cavitation, requiring replacement as part of the maintenance?

Sir, is the method match to analyze the risk of production process of food industry

are the smoothing constant 20% is same for every case?

hello, why is reorienting 6R?

Thanks for sharing. (Subscribed!)

Very helpful!! Thank you very much !!!

Thank you sir, just I got a question how can we find the probability of rejection on first sample ?

This is a QQ plot, not a PP plot

What about the range that was calculated. We can also analyse variation using the range chart correct?

Great explanation!

Great video thank you for showing me how to use a flow meter correctly.

As there are two tables providing GRNR reading, which one should we refer? Total Gage R & R = 27.14 (Acceptable right?) This less than 30%. Should we look at this as main reference? Another table show GRNR = 7.37%. Is this good? (<10%)

In the beginning when you select the Define response design nd then you selected the continuous factors, there is a option of coded and uncoded..what should I select? kindly help me because I am getting different results with coded and uncoded .

Weight = mg. Pressure = mg/area. If we follow the above method. Pressure = Kg . g . m / m3 = ρ . g . h

Msu huh. Same

thanks big dawg

Give link of your website

00:03 Using Excel for Monte Carlo Simulation and Problem Solving 01:12 Monte Carlo Simulation in Excel for training and product line simulation 02:22 Using Excel functions for Monte Carlo Simulation 03:48 Utilizing VLOOKUP function for frequency calculation 04:58 Generating random numbers to determine swim times 06:34 Using the IF function to calculate total swim time 07:59 Calculating total time using swim frequency in Excel 09:26 Utilizing Excel for Monte Carlo Simulation Crafted by Merlin AI.

How did you find the moment at point Me and at point Mf?

You seems inexperience. Must be looking for help while doing this. However, your data became helpful when done.

excellent video

Thank you for the video and the website, it really helped! If I have 4 quantitative variables but 3 response factors (y1, y2, y3), how would I add 3 response variables on Minitab?

Please, where can I get the same speed and force measuring devices as those in this video ?

Thank you, you are very inspiring 🌹🌹 The thing I love most is the mechanical devices, they are truly unparalleled. I subscribed and pressed the like button !

Why do the ST have 2 ways to calculate?