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

Hallo Dason,
I have a question in Conditional Probability and I would appreciate if you could help me solve it.
I have the probability of of the Hourly temperature of the day. if my temperature varies from -3,-2,-1,0.....+9 and I know the probability for each temp. every hour through the day (for example that probability that the temp is +1°C at 12:00 am is 13% and at 01:00 am is 15% and so on for 24 hours.

3 variables , each has prespecified odds ratio which are significant and in a predetermined confidence interval

for example after multivariate logistic regression analysis I find A variables odds 1.4 (1.1-16) , B variables 1.6 ( 1.23-1.40) and C variable 2.3 ( 1.4-3.3)

now I want 120 A,B, C variables with a prespecified mean, SD, how can I produce this data

a) the same for two successive hours?

b) Increase by +1 degree in the next hour

c) decrease by -1 degree in the next hour