FIGURES FOR CHAPTER 6 MATTERS OF FUNCTIONAL FORM

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FIGURES FOR CHAPTER 6 MATTERS OF FUNCTIONAL FORM Click the mouse or use the

FIGURES FOR CHAPTER 6 MATTERS OF FUNCTIONAL FORM Click the mouse or use the arrow keys to move to the next page. Use the ESC key to exit this chapter. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 1 The log-log model. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 1 The log-log model. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 2 The log-log model (b < 0). © 2005 Brooks/Cole - Thomson

Figure 6. 2 The log-log model (b < 0). © 2005 Brooks/Cole - Thomson Learning

Figure 6. 3 The constant growth model in discrete time (Y 0 = 100,

Figure 6. 3 The constant growth model in discrete time (Y 0 = 100, g = 0. 05). © 2005 Brooks/Cole - Thomson Learning

Figure 6. 4 U. S. GDP per capita, 1880– 1987. © 2005 Brooks/Cole -

Figure 6. 4 U. S. GDP per capita, 1880– 1987. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 5 The natural logarithmic function y = log x. © 2005 Brooks/Cole

Figure 6. 5 The natural logarithmic function y = log x. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 6 Prices during the Hungarian hyperinflation of 1945– 1946. © 2005 Brooks/Cole

Figure 6. 6 Prices during the Hungarian hyperinflation of 1945– 1946. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 7 The lin-log model: Y = a + b log X. ©

Figure 6. 7 The lin-log model: Y = a + b log X. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 8 Prais and Houthakker’s Engel curve for meat consumption, based on a

Figure 6. 8 Prais and Houthakker’s Engel curve for meat consumption, based on a lin-log regression model. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 9 The reciprocal model: Y = a + b. © 2005 Brooks/Cole

Figure 6. 9 The reciprocal model: Y = a + b. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 10 Prais and Houthakker’s Engel curve for meat consumption, based on a

Figure 6. 10 Prais and Houthakker’s Engel curve for meat consumption, based on a reciprocal regression model. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 12 Alternative functional forms for an Engel curve fitted to Houthakker’s electricity

Figure 6. 12 Alternative functional forms for an Engel curve fitted to Houthakker’s electricity demand data. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 13 Money and prices during the German hyperinflation, September 1920– November 1923

Figure 6. 13 Money and prices during the German hyperinflation, September 1920– November 1923 (Sept. 1920 = 1. 0). © 2005 Brooks/Cole - Thomson Learning

Figure 6. 14 Money and prices during the Polish hyperinflation, April 1922– November 1923

Figure 6. 14 Money and prices during the Polish hyperinflation, April 1922– November 1923 (April 1922 = 1. 0). © 2005 Brooks/Cole - Thomson Learning

Figure 6. 15 The velocity of money in the United States, 1869– 1970. ©

Figure 6. 15 The velocity of money in the United States, 1869– 1970. © 2005 Brooks/Cole - Thomson Learning

Figure 6. 16 Real money holdings log(Mt/Pt ) decline during a hyperinflation. © 2005

Figure 6. 16 Real money holdings log(Mt/Pt ) decline during a hyperinflation. © 2005 Brooks/Cole - Thomson Learning