Correction: the answer to part B, has a small typo. We are answering the question, what is the probability X is between 4 and 7 inclusive, therefore in the process of answering this question we need to compute P(X=6). The exponents for 0.6 and (1 - 0.4) should both be 6, not 6 and 7 as the video shows around the 10:30 time mark.
Hello Jalayer, I attempted to create a time series forecast based on your youtube 3 pt series, the results did not align to expectations. I sent you an email with my attached attempt. Is it something you can feed back to me on? Thank you
Hello I am having airborne dust concentrations data for >1 micron size, >3 micron, 5 micron and >10 micron size. (> means greater than) These data was taken before and during dust producing work in field study. N=5 How can i compare these before and during operations data ? It seems that there is relative percent variation in dust concentrations in atmosphere between before and during operation data. (Taking >1) micron as 100 %) Before operation: The relative percent variation of concentration with different particle size is as below. For example Concentration of >1 micron size particle is 100%. >3 micron: 80% >5 micron : 60% >10 micron: 40%. During operation: Concentration of >1 micron size particle is 100%. >3 micron: 90% >5 micron : 80% >10 micron: 70%. It seems that >10 micron particle share is increased due to that machine operation...? Which test is suitable for analysing these type similar data for discussion ? How to use statistics? Any comparison among these concentrations of different particle sizes ? thank u.
Correction: the answer to part B, has a small typo. We are answering the question, what is the probability X is between 4 and 7 inclusive, therefore in the process of answering this question we need to compute P(X=6). The exponents for 0.6 and (1 - 0.4) should both be 6, not 6 and 7 as the video shows around the 10:30 time mark.
Hello Jalayer, I attempted to create a time series forecast based on your youtube 3 pt series, the results did not align to expectations. I sent you an email with my attached attempt. Is it something you can feed back to me on? Thank you
Hello
I am having airborne dust concentrations data for >1 micron size, >3 micron, 5 micron and >10 micron size.
(> means greater than)
These data was taken before and during dust producing work in field study.
N=5
How can i compare these before and during operations data ?
It seems that there is relative percent variation in dust concentrations in atmosphere between before and during operation data. (Taking >1) micron as 100 %)
Before operation:
The relative percent variation of concentration with different particle size is as below. For example
Concentration of >1 micron size particle is 100%.
>3 micron: 80%
>5 micron : 60%
>10 micron: 40%.
During operation:
Concentration of >1 micron size particle is 100%.
>3 micron: 90%
>5 micron : 80%
>10 micron: 70%.
It seems that >10 micron particle share is increased due to that machine operation...?
Which test is suitable for analysing these type similar data for discussion ?
How to use statistics?
Any comparison among these concentrations of different particle sizes ?
thank u.
thanks