search for: lamda2

Sir, I want to solve the equation Q(u)=mean, where Q(u) represents the quantile function. Here my Q(u)=(c*u^lamda1)/((1-u)^lamda2), which is the quantile function of Davies (Power-pareto) distribution. Hence I want to solve , *(c*u^lamda1)/((1-u)^lamda2)=28353.7....(Eq.1)* where lamda1=0.03399381, lamda2=0.1074444 and c=26104.50. When I used the package 'Davies' and solved Eq 1, I got the answer u=0.3952365. But when...

On Fri, 25 Aug 2023 22:17:05 +0530 ASHLIN VARKEY <ashlinvarkey at gmail.com> wrote: > Sir, Please note that r-help is a mailing list, not a knight! ?? > I want to solve the equation Q(u)=mean, where Q(u) represents the > quantile function. Here my Q(u)=(c*u^lamda1)/((1-u)^lamda2), which is > the quantile function of Davies (Power-pareto) distribution. Hence I > want to solve , *(c*u^lamda1)/((1-u)^lamda2)=28353.7....(Eq.1)* > where lamda1=0.03399381, lamda2=0.1074444 and c=26104.50. When I used > the package 'Davies' and solved Eq 1, I got the answer u...

In R factanal output, I can't find a function to give me residuals e. I mannually got it by using x -lamda1*f1 -lamda2*f2 - ... -lamdan*fn, but the e I got are not uncorrelated with all the f's. What did I do wrong? Please help. Yijun ____________________________________________________________________________________ Be a better friend, newshound, and

...) new<-data.frame(lamda, age.o_1, Item.l2_2,Subject) new Subject <- factor(Subject) Age <- factor(age.o_1,levels=c("0","1"),labels=c("young","old")) Item <- factor(Item.l2_2,levels=c("1","2"),labels=c("lamda1","lamda2")) new2<-data.frame(lamda, Subject, Age, Item) new2 new3 <- na.omit(new2) new3 new4=as.data.frame(new3) > (lmer.lamda <- lmer(lamda ~ Age*Item + ( 1 | Subject), lamda, data=new4)) Error in family$family : $ operator is invalid for atomic vectors Here are the first 25 values o...