Hi everyone, I am interested in doing forecasting using triennial data (3-yearly data) in SPSS 26. I have done the necessary changes to the SPSS spreadsheet, namely, converting numerical into date type data, defining date and time as years, etc. However, The forecast timeline changes from say, 1989, 1992, 1995 to 1989, 1990, 1991. How can I change the forecast timeline to:
01-01-1989
01-01-1992
01-01-1995
01-01-1998
hi all. i am having a problem with spss. when i want to run selection from syntax, it says
>Error # 31 in column 10. Text: Z:\Users\karisahsalim\Desktop\Praktikum Mandat III.txt
>File not found.
>Execution of this command stops.
>Error # 100. Command name: VARIABLE LABELS
>This command is not permitted before the beginning of file definition
>com
can you help me? bcs idk what i need to do. thanks.
Dear Lazar, I'm doing the measurement and structural model and there is a result, but there is a notification: Matrix to be analyzed is not positive definite, ridge option taken with ridge constant = 0.100. Help me to solve it.
Hi Human ambassador, Dason.
how do i solve
y=theta (x)+ e
x=pie (z)+ v
x is endogenous and z is an IV using monte carlo simulation.
n=100 , 8000 replications
"Well don't put them into the model as dummies - put them in as a categorical so you have control. " What is the difference between a dummy variable and a categorical variable?
I have like this in the rmse formula .....(yi-xi)^2
yi=?
xi=?
if we have the xi estimator for example i/n
what about:
yi=? probability p or frequency or f(v) or F(v) ???????
have you an example plz?
How to include dummy variable into regression model of time series -Monthly based using SPSS , ex. Yt=b0+B1t +B2M2 +......+M12M12 + B13 CNT *Yt + e Plz give me an example using SPSS
Hi everyone.
I'm studying statistics and computer science in Burkina Faso.
I'm so glad to join this wonderful community.
Hope I'll learn more with you.
Thanks
a) A medical shop in a city has three employees A, B and C, who fill 32%, 28% and 40%
of the total orders respectively. While filling, the employees A, B and C make mistakes
in 6%, 5% and 3% of the total orders respectively.
(i) Find the probability that a mistake is made in filling an order. (2 marks)
(ii) If a mistake is made in an order, find the probability that the order was filled by
employee C.