Consider a baseline short run equilibrium where output is 16 trillion dollars, and the price level is 20. Note: In the Long Run Steady State Equilibrium, Price expectation is the same as price level & unemployment is 5% or lower. None of these are guaranteed in the short run. Usually, short run equilibrium is called an underemployment equilibrium.
Consider a baseline short run equilibrium where output is 16 trillion dollars, and the price level is 20. Note: In the Long Run Steady State Equilibrium, Price expectation is the same as price level & unemployment is 5% or lower. None of these are guaranteed in the short run. Usually, short run equilibrium is called an underemployment equilibrium.
Consider a baseline short run equilibrium where output is 16 trillion dollars, and the price level is 20. Note: In the Long Run Steady State Equilibrium, Price expectation is the same as price level & unemployment is 5% or lower. None of these are guaranteed in the short run. Usually, short run equilibrium is called an underemployment equilibrium.
Q1: Consider a baseline short run equilibrium where output is 16 trillion dollars, and the price level is 20. Note: In the Long Run Steady State Equilibrium, Price expectation is the same as price level & unemployment is 5% or lower. None of these are guaranteed in the short run. Usually, short run equilibrium is called an underemployment equilibrium. • Starting from the baseline, suppose COVID 19 hits this economy. If this disease only makes workers sick (everything else remaining constant) can you show how would the short run steady state equilibrium will be disrupted? As a Keynesian Macroeconomist, what policies will you propose? • You should answer each step in the following the answer 1 table.
Q2: Continuing from Question 1: What will be the shape of the Phillips Curve because of the policy that you selected in Step 2 (of Question 1)? Why? Please explain in detail. •You should answer each step in the following the answer 2 table.
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Q2: Continuing from Question 1: What will be the shape of the Phillips Curve because of the policy that you selected in Step 2 (of Question 1)? Why? Please explain in detail. •You should answer each step in the following the answer 2 table.
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