Hi,

Appologies in advance if my question are very basic, however, i would highly appriciate your feedback.

I am estimating a VAR with Choleski approach. My variables are Bond Yields, Interest Rates on Loan, Investments (growth rates) and GDP growth rates. After i run a VAR and interpreting the IRF i want to have instead of STD the shock to be in %.

1. When STD is used, can i say that one STD is equal to 1% of the dependent variable (in my case Bond Yields)?

2. When using SIRF add-in, what should i include in Impulse variable dialogue box? After i try many option, i get "0 is not a valid index for vector-series-coefficient FAC_DIAG18.

Also, if i am interested only in variable relationships, can i ignor alltogeather the interpretation of coefficents - irespective of their definition in levels of log-levels?

Many thanks,

Tareb

## Interpreting impulse response functions: Std dev or % ?

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### Re: Interpreting impulse response functions: Std dev or % ?

1. When STD is used, can i say that one STD is equal to 1% of the dependent variable (in my case Bond Yields)?

No.

2. When using SIRF add-in, what should i include in Impulse variable dialogue box?

Just put one variable, for example just put bond yield variable. Multiple variables are not allowed.

Also, if i am interested only in variable relationships, can i ignor alltogeather the interpretation of coefficents - irespective of their definition in levels of log-levels?

Yes.

### Re: Interpreting impulse response functions: Std dev or % ?

Many thanks, Dakila for the reply, highly appreciated.

When STD are used, what is measured on the horizontal axes of the IRF graph? And also, how would one comment the graph in this case - not just the relationship but in terms of the size of the impact?

Thank you very much.

When STD are used, what is measured on the horizontal axes of the IRF graph? And also, how would one comment the graph in this case - not just the relationship but in terms of the size of the impact?

Thank you very much.

### Re: Interpreting impulse response functions: Std dev or % ?

It depends on your variable unit. For example, if the bond yield is in % then the horizontal axes is measured in %

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