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First question

First question. In equilibrium: MRPL = MWC MRPL=20-0.5T=10 T= (10-20)/(-0.5)= 20 Answer: It will hire 20 workers. Second question. 1. LDR starts with the 3rd worker, since its contribution is smaller than the previous worker for the first time 2. The MPL of the 3rd worker is 5

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First question

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  1. First question • In equilibrium: • MRPL = MWC • MRPL=20-0.5T=10 • T= (10-20)/(-0.5)= 20 Answer: It will hire 20 workers

  2. Second question • 1. LDR starts with the 3rd worker, since its contribution is smaller than the previous worker for the first time • 2. The MPL of the 3rd worker is 5 • 3. The unit MRPL for pot 18th is the same as with the rest: 20! • 4. True  The MRPL = MPL x unit MRPL (20) • 5. The firm will hire 4 workers (the 5th has a MRPL = 40, and 40 < 50 and the firm is losing money! 6 120 -

  3. Third question • Answer: It will hire 3 overseers. If it hires more then MRPL = 350 < 500 = MWC

  4. Fourth question • A) Third column (MPL) • B) Yes. Every additional cook contributes with a lower output than before • C) Sixth column

  5. If the vertical axis represents equilibrium wages, then the red line is the firm’s demand for labor Euros 100 80 MRPL= Demand for labor 50 40 1 2 3 4 Workers A maximizing competitive firm will employ up to 2 cooks, producing 18 cakes; not more, because it will lose money since MRPL < MWC. Notice that the firm can get the highest profit with either 1 or 2 workers

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