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The Model: Yt = 0 + 0zt

Question 15

Multiple Choice

The model: yt = The model: y<sub>t</sub> = <sub>0</sub> + <sub>0</sub>z<sub>t</sub> + yt -<sub> 1</sub> + <sub>1</sub>z<sub>t -</sub> <sub>1</sub> +v<sub>t</sub>, where v<sub>t</sub> = u<sub>t</sub> - u<sub>t -</sub> <sub>1</sub> represents a: A) finite distributed lag model. B) simultaneous equations model. C) rational distributed lag model. D) vector error correction model. 0 + The model: y<sub>t</sub> = <sub>0</sub> + <sub>0</sub>z<sub>t</sub> + yt -<sub> 1</sub> + <sub>1</sub>z<sub>t -</sub> <sub>1</sub> +v<sub>t</sub>, where v<sub>t</sub> = u<sub>t</sub> - u<sub>t -</sub> <sub>1</sub> represents a: A) finite distributed lag model. B) simultaneous equations model. C) rational distributed lag model. D) vector error correction model. 0zt + The model: y<sub>t</sub> = <sub>0</sub> + <sub>0</sub>z<sub>t</sub> + yt -<sub> 1</sub> + <sub>1</sub>z<sub>t -</sub> <sub>1</sub> +v<sub>t</sub>, where v<sub>t</sub> = u<sub>t</sub> - u<sub>t -</sub> <sub>1</sub> represents a: A) finite distributed lag model. B) simultaneous equations model. C) rational distributed lag model. D) vector error correction model. yt - 1 + The model: y<sub>t</sub> = <sub>0</sub> + <sub>0</sub>z<sub>t</sub> + yt -<sub> 1</sub> + <sub>1</sub>z<sub>t -</sub> <sub>1</sub> +v<sub>t</sub>, where v<sub>t</sub> = u<sub>t</sub> - u<sub>t -</sub> <sub>1</sub> represents a: A) finite distributed lag model. B) simultaneous equations model. C) rational distributed lag model. D) vector error correction model. 1zt - 1 +vt, where vt = ut - The model: y<sub>t</sub> = <sub>0</sub> + <sub>0</sub>z<sub>t</sub> + yt -<sub> 1</sub> + <sub>1</sub>z<sub>t -</sub> <sub>1</sub> +v<sub>t</sub>, where v<sub>t</sub> = u<sub>t</sub> - u<sub>t -</sub> <sub>1</sub> represents a: A) finite distributed lag model. B) simultaneous equations model. C) rational distributed lag model. D) vector error correction model. ut - 1 represents a:


A) finite distributed lag model.
B) simultaneous equations model.
C) rational distributed lag model.
D) vector error correction model.

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