Hi there. this is my first time i use eviews and i want to represent an equation. i dont know how to modify the variables. the equation is
Ln y/L= Ln A+gt-(α+β)/(1-α-β) Ln(n+g+σ)+α/(1-α-β) Ln(sk)+β/(1-α-β) Ln(sh)
Please help me out in this case.
Helppp; Represent an Equation
Moderators: EViews Gareth, EViews Moderator
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EViews Esther
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Re: Helppp; Represent an Equation
Can you write your equation again? It is broken.
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EViews Glenn
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Re: Helppp; Represent an Equation
More precisely, we aren't quite sure what everything you have written down is supposed to represent.
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mohammad2500
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Re: Helppp; Represent an Equation
Hi friends. the original equation isCan you write your equation again? It is broken.

and I want to represent it as a log-linear form.
Y = the product, L = labor, A = the level of technology used, sk = the ratio of investment to product, sh = human capital investment, n, g, and δ = the growth rates of labor, technology, and capital amortization respectively, and t = time.
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EViews Glenn
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Re: Helppp; Represent an Equation
Assuming your growth rates and sigma are known.
Otherwise put coefficients in for them.
Code: Select all
equation eq1.ls log(y/l) = log(a) + log(g*@trend) - (c(1)+c(2))/(1-c(1)-c(2))*log(n+g+sigma) + c(1)/(1-c(1)-c(2))*log(sk) + c(2)/(1-c(1)-c(2))*log(sh)-
mohammad2500
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Re: Helppp; Represent an Equation
Thanks for ur quick help, i appreciate that. would you please do the same method for this equation :Assuming your growth rates and sigma are known.Otherwise put coefficients in for them.Code: Select all
equation eq1.ls log(y/l) = log(a) + log(g*@trend) - (c(1)+c(2))/(1-c(1)-c(2))*log(n+g+sigma) + c(1)/(1-c(1)-c(2))*log(sk) + c(2)/(1-c(1)-c(2))*log(sh)

or simply breaking them down,

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EViews Glenn
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Re: Helppp; Represent an Equation
I can't think of an easy way to enforce the inequality conditions off of the top of my head.
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mohammad2500
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Re: Helppp; Represent an Equation
could be like this?I can't think of an easy way to enforce the inequality conditions off of the top of my head.

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startz
- Non-normality and collinearity are NOT problems!
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Re: Helppp; Represent an Equation
No.
You may want to review the rules about logarithms.
You may want to review the rules about logarithms.
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