In a simplified model of the labor market with a constant labor force, suppose that each month 2% of employed individuals lose their jobs, and 23% of unemployed individuals find a new job. Based on these flows, what is the approximate long-run equilibrium rate of unemployment?
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In a simplified model of the labor market with a constant labor force, suppose that each month 2% of employed individuals lose their jobs, and 23% of unemployed individuals find a new job. Based on these flows, what is the approximate long-run equilibrium rate of unemployment?
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In a foundational model of the labor market, where 's' is the job separation rate, 'f' is the job finding rate, 'E' is the number of employed, and 'U' is the number of unemployed, match each concept to its correct mathematical or conceptual representation.
In a simplified model of the labor market, the long-run equilibrium condition is achieved when the number of individuals losing their jobs equals the number of individuals finding jobs. If 'E' represents the number of employed, 'U' the number of unemployed, 's' the job separation rate, and 'f' the job finding rate, this equilibrium is expressed by the equation: s * E = ____ * U.