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Hi!
I've empirical F-values distribution function, and I need to compare it to Theorical F-distribution function. How can i plot theorical cdf?

yes, you'are right! And another question ( I hope so it'll be last) : obviously, my task is to show that fisher criterion distribution when Ho is true, goes to F(k-m,N-k) when degrees of freedom are increasing. So I'm generating one regression with 100 x, and another with 10. So in which one I can s...

but why when i try this code. in equation all: Std. Error t-Statistic Prob. are NA?

thank you!

If I'm generating values with this function?
=@fdist(x,v1,v2)

what is x there??

How to plot F(k-1,N-k) distribution function ?

Hi,

Can I ask for a help? I have a regression : y=c(1)*x1+c(2)*x2.
I generate x in this way:
genr x1=1
genr x2=(@trend+1)/10

How can i generate 100 such x using matrix? because I need this regression: y=c(1)*x1+c(2)*x2+...+c(100)*x100

I don't know how to do it in eviews. and what function to use..

If I have a series FFF with empirical F-distribution values
and I try to plot empirical distribution function:
freeze(garph) FFF.cdfplot(c)
Is this function right to plot it?
And how to plot a theoretical F-distribution function?

I want to estimate critical f-value, I find this function:

=@qfdist(0.95,1,eq.@regobs-eq.@ncoefs)

What is the innterpretation of "1" here? Is always it equal 1?

I'm creating a regresion, and it's is said that errors e~t(v).and nothing about "v" ..

I have to generate errors which are distributed as a Student t-distribution and I use function @rtdist(v). How I should choose value of degrees "v"?

suppose, mu vector is MM and I shoul convert him. so how it's decribe with function @val. ?

thank you. And another question. when i try to use yours function. it's said that one of my vectors values are not numerical. How I should convert them to numerical?

Hello,

I have to wectors and I want to group them into matrix. How can I do it?

Thanks

I need to write a short program which illiustrates it.