chhabra

bxc

Request if one can share the video to my email id – [email protected].
thanks.
Amit

It is not an idea. It definately has some statistical explanation behind the difference of 1.5

But doesn’t that mean that we have failed to ensure that the process remains stable ? Also, how long is “long term” ?

Could you please explain increase of process sigma through graph.

Thanks Luke. The I-chart looks good.

hello, I am a faculty of mechanical, teaching Quality control. I will appreciate if you kindly send me the kaizen slides.

HI
1. MY REJECTION IS VERY HIGH.
2. HOW CAN IMPROVE MY PRODUCTION ?
PLZ SEND ME SOME COST SAVING TIPS.
Thanks & regards,
AMIT KUMAR

I have a querry. There are 10 samples drawn from a batch. The USL is 105% & LSL is 95%. An individual sample can be in the range of 90-110%. %RSD NMT 6%. What is the process sigma?

I have researched it quite a bit but haven’t seen any supplier in India. I would love to know if you ahve had any success in sourcing it.
Amit
 

Hi Krishnam,
Thanks of the clarification.
Regards,
Amit
 

hello Krishnam,
Thanks for you solution. I just have one more doubt? When you tested this project on a mini tab how did you get the value of X as 8 and 11?
Thanks in advance
amit
 

Hi Westfield,
The project which i am doing is based on student satisfaction of all the faciltities at the centre/institute. If the students are satisfied then through their good will they will ask their friends to enroll in this institute, thus in turn increasing the revenue of the centre/institute.
For this we had conduted a feedback of 15…[Read more]

data from two process can be represneted by bimodla distribution having 2 or more peaks in histogram .
 
FYI
 
Regards
Amit

I am familiar to your situation, I may not be able to help you
completely but I can show you a way to do it. There are two ways to
perform the task you described 1. Read the required data by human eyes from the image or PDF
file you received and fill it in. 2. Copy the data from that input file (image, PDF) file and paste it
in some…[Read more]

Got it. Thanks.

Got it. Thanks.

Thanks a lot Stan. Appreciate yours taking time out to help.

BTDT, I am not sure I understand that the forecast distribution will be a summation of the interarrival distribution and the pass through time distribution…..and how to extract the departure rate from this.
Had this problem been deterministic, say an interarrival time of 0.25 minutes ( 4 arrivals per minute), and a pass through time of 5…[Read more]

Thanks BTDT….but even for simulating, I need to have a formula for creating the “forecast”. While I do have the “assumptions” (arrival rate and passthrough time distribution), I am not sure how to formulate the forecast(departure).