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Consider the Labor Situation in Countries I and II in a Two-Country

question 5

Multiple Choice

Consider the labor situation in countries I and II in a two-country world with the marginal Physical product schedules MPPLI (= demand for labor schedule DI) for country I and Marginal physical product schedule MPPLII (= demand for labor schedule DII) for country II shown in the graph below (where the vertical axes also represent real wages) :
Consider the labor situation in countries I and II in a two-country world with the marginal Physical product schedules MPPL<sub>I</sub> (= demand for labor schedule D<sub>I</sub>)  for country I and Marginal physical product schedule MPPL<sub>II</sub> (= demand for labor schedule D<sub>II</sub>)  for country II shown in the graph below (where the vertical axes also represent real wages) :   Without any migration of labor between the two countries, the labor force is 0L<sub>1</sub> in country I and (in the leftward direction)  0'L<sub>1</sub> in country II. If labor is now allowed to flow freely between the two countries, labor would migrate __________. As a result of the migration, world output would increase by the amount of triangle __________. A)  from country I to country II; CBA B)  from country I to country II; FBA C)  from country II to country I; CFA D)  from country II to country I; CBA
Without any migration of labor between the two countries, the labor force is 0L1 in country I and (in the leftward direction) 0'L1 in country II. If labor is now allowed to flow freely between the two countries, labor would migrate __________. As a result of the migration, world output would increase by the amount of triangle __________.


Definitions:

Carbon Dioxide Fixation

The process of converting carbon dioxide into organic compounds, such as glucose, during photosynthesis.

Rubisco

An enzyme involved in the first major step of carbon fixation, a process by which atmospheric carbon dioxide is converted by plants to energy-rich molecules.

RuBP

Ribulose bisphosphate, a substance that plays a critical role in the process of carbon fixation in photosynthesis.

PGAL

PGAL, or Phosphoglyceraldehyde, is a three-carbon molecule that plays a crucial role in both photosynthesis and glycolysis, acting as an intermediate in the conversion of glucose and other sugars.

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