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Notation of a cobbCobb-douglasDouglas function printed in 1989

I am trying to understand a paper written back in 1989 about long run population growth.

  It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf (here):Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

*Edit: I also have no idea what $\hat c$ is in the paper:

I don't see where it is defined. Only where consumption is compared to it.

enter image description here

Notation of a cobb-douglas function printed in 1989

I am trying to understand a paper written back in 1989 about long run population growth.

  It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

*Edit: I also have no idea what $\hat c$ is in the paper:

I don't see where it is defined. Only where consumption is compared to it.

enter image description here

Notation of a Cobb-Douglas function printed in 1989

I am trying to understand a paper written back in 1989 about long run population growth. It seems like the PDF is a scanned image of the paper.

The notation for the function is on page 11 of the pdf (here):Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

*Edit: I also have no idea what $\hat c$ is in the paper:

I don't see where it is defined. Only where consumption is compared to it.

enter image description here

3 added 157 characters in body
source | link

I am trying to understand a paper written back in 1989 about long run population growth.

It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

*Edit: I also have no idea what $\hat c$ is in the paper:

I don't see where it is defined. Only where consumption is compared to it.

enter image description here

I am trying to understand a paper written back in 1989 about long run population growth.

It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

I am trying to understand a paper written back in 1989 about long run population growth.

It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

*Edit: I also have no idea what $\hat c$ is in the paper:

I don't see where it is defined. Only where consumption is compared to it.

enter image description here

2 added 2 characters in body
source | link

I am trying to understand a paper written back in 1989 about long run population growth.

It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

I am trying to understand a paper written back in 1989 about long run population growth.

It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

I am trying to understand a paper written back in 1989 about long run population growth.

It seems like the PDF is a scanned image of the paper.

http://faculty.econ.ucdavis.edu/faculty/gclark/papers/clark_evolution.pdf

The notation for the function is on page 11 of the pdf:Cobb-Douglas Function

Is it:

$$ Q_t = A_t*(K_t^\alpha N^t_\beta T_t^\rho) $$

or

$$ Q_t = A_t*(K_t^\alpha N^\beta_t T_t^\rho) $$

Im not sure its a typo or not because it shows up the same way later in the paper on page 14.

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