Read Kiyotaki (1998). Consider the model in section 2 of the paper. Suppose there is no borrowing constraint (i.e., assume is arbitrarily large). Also assume that a = 1.2, ß = 0.9, y = 1.05, 8 = 0.1, and n = 4. (The notations of variables and parameters follow Kiyotaki (1998). Just in case, & denotes the lower case of Delta in the Greek alphabet.) Reference: Kiyotaki, N. (1998). "Credit and Business Cycles." The Japanese Economic Review, volume 49, issue 1, pages 18-35. (You can obtain a free electronic copy of this article through the university library's website. If you do not know how, please ask the librarians.) Answer the following questions.

Microeconomic Theory
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Chapter2: Mathematics For Microeconomics
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Read Kiyotaki (1998). Consider the model in section 2 of the paper. Suppose there is no borrowing constraint (i.e., assume is
arbitrarily large). Also assume that a = 1.2, B=0.9, y = 1.05, 8 = 0.1, and n = 4. (The notations of variables and parameters
follow Kiyotaki (1998). Just in case, & denotes the lower case of Delta in the Greek alphabet.)
Reference: Kiyotaki, N. (1998). "Credit and Business Cycles." The Japanese Economic Review, volume 49, issue 1,
(You can obtain a free electronic copy of this article through the university library's website. If you do not know how, please ask
the librarians.)
Answer the following questions.
pages 18-35.
Transcribed Image Text:Read Kiyotaki (1998). Consider the model in section 2 of the paper. Suppose there is no borrowing constraint (i.e., assume is arbitrarily large). Also assume that a = 1.2, B=0.9, y = 1.05, 8 = 0.1, and n = 4. (The notations of variables and parameters follow Kiyotaki (1998). Just in case, & denotes the lower case of Delta in the Greek alphabet.) Reference: Kiyotaki, N. (1998). "Credit and Business Cycles." The Japanese Economic Review, volume 49, issue 1, (You can obtain a free electronic copy of this article through the university library's website. If you do not know how, please ask the librarians.) Answer the following questions. pages 18-35.
2.
Compute the ratio of aggregate borrowing (Bt+1/rt) to aggregate output (Y+Y') in the steady state. (You can assume that this
ratio is constant in each period in the steady state.)
3.
Submit the proof for your answer to Question 2.
Transcribed Image Text:2. Compute the ratio of aggregate borrowing (Bt+1/rt) to aggregate output (Y+Y') in the steady state. (You can assume that this ratio is constant in each period in the steady state.) 3. Submit the proof for your answer to Question 2.
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