1) (20 points total) Following the Leontief procedure described in class, compute the new total output (X vector) for th

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1) (20 points total) Following the Leontief procedure described in class, compute the new total output (X vector) for th

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1 20 Points Total Following The Leontief Procedure Described In Class Compute The New Total Output X Vector For Th 1
1 20 Points Total Following The Leontief Procedure Described In Class Compute The New Total Output X Vector For Th 1 (56.43 KiB) Viewed 40 times
1) (20 points total) Following the Leontief procedure described in class, compute the new total output (X vector) for the following system when the final demand for sectors 1 and 2 (expressed in million dollars) increases by 35% and 25%, respectively and decreases 12% for sector 3 (12 points). If the greenhouse gas emissions per million dollars of output for sectors 1, 2, and 3 expressed in tons of ECO2/per million dollars are represented by the matrix R below, what is the increase in greenhouse gas emissions associated to the increase in demand for each of the industrial sectors (6 points)? Comment your results (2 points). From/To Sector 1 Sector 2 Sector 3 Final Demand Total Output for the Sector (X) Sector 1 1300 1750 1250 1500 5150 Sector 2 1800 1700 1950. 2500 6400 Sector 3 2250 1200 1450 970 5050 [205 0 0 R= 0 128 0 0 175 0 Help: X(new) = (I-A) 1) (1) -1
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