Exponential & Weibull Distribution: Illustration with practical examples

[@dartagnandebatz3304]

The best presentation on weibull and exponential distribution I ever seen!!...Congrats!

[@learnandapply]

Thank you so much for your valuable comments.
Please share it with your friends and colleagues.

[@chess9605]

good video I liked the part where you show how to calculate the probability in Excel. very useful. thx

[@learnandapply]

Thank you so much for your valuable comments.
Please share it with your friends and colleagues.

[@fplbighead1352]

Nice job explaining. You make it simple to understand. Thank you.

[@learnandapply]

Thank you for your valuable comments..
Please share it with your friends and colleagues..

[@mattlogic9647]

I wasnt able to understand what you said at 1:45 i heard "failure starts to occur only after 1.5" and then im not sure what you said after that. This video is really helpful thank you for making it.

[@josechaviramendoza1902]

AMIGO, EXCELENTE TENGO DEFICIENTE DOMINIO DEL IDIOMA .... PERO TE ENTENDÍ PERFECTAMENTE. MIL GRACIAS

[@hepsiba2000]

Tq so much sir
All your videos gives me more information for all the distributions.......

[@learnandapply]

Thank you so much for your valuable comments.
Please share it with your friends and colleagues also.

[@hepsiba2000]

@@learnandapply definitely

[@hiteshjariwala6150]

Very nicely explained. Please let me know how to use weibull distribution to find strength, strain and modulus of hybrid composites materials.

[@learnandapply]

Thank you for your valuable comments..

[@mikoplanas]

for the example of the exponential distribution, how come you did not multiply it to lambda? and is it not supposed to be 1/20 instead of 20?

[@darb175]

Excellent video. Great explanations!

[@learnandapply]

Thank you so much for your valuable comments and appreciation!

[@scottsara123]

Nice and easy explain, can explain some more example.of time to.failure weibull distribution, as whether it can be used for battery failure expectations.

[@learnandapply]

MTTF is a common metric nowadays to measure performance of machines in TPM as well as all continuous improvement approaches.
Yes, it can be used for battery failure expectations.

[@unbiasedhuman7903]

sir can you please make separate video on weibul distribution ....i am not getting the complete concept anywhere else.... i completely believe that you can make us understand better than anyone else..... so please

[@HKDKING]

Nice video but i have one question ... how do we get out the shape parameter k? in your example the 0.75.

[@raisulalam6051]

excellent ..........just awesome

[@learnandapply]

Thank you so much for your valuable comments and appreciation!

[@smitshah8074]

thank you sir

[@learnandapply]

Thank you once again for your valuable comments 🙏🙏🙏😊

[@SHAHNAWAZAKMOR]

very nice and explanatory video...good job. I want to know how to find out alpha and beta value of a component if its past 5 years data is available? Can you guide?

[@victordavialmeida8594]

Very nice bro

[@learnandapply]

Thank you so much for your valuable comments and appreciation!

[@helldestroyer]

Awesome video ... Make more

[@learnandapply]

Thank you for your valuable comments...

[@theyabalamri8606]

I got the MTTF already so, how can I calculate the optimal time for preventive maintenance through the exponential distribution?
any help thank you.

[@learnandapply]

Thank you so much for your valuable comments.
Optimal time for preventive maintenance depends on multiple factors like number of machines, their availability and complexity, etc.

[@latishshetty5227]

How was shape parameter calculated

[@nontyatyambomanyisane8213]

My question too. Not finding any video explaining that

[@venkateshprasathgunasekara1077]

why in weibul distribution in excel method, why are we taking cumulative true? Anybody please help