Consider the following 2 period model, defining outcomes for people who choose to go or not go to school. Call the periods P1 (school or work) and P2 (work) - If they attend school, earn no income in P1, and earn WH in P2. - If they do NOT attend school, earn income WL in both periods. - At first, there are no costs to schooling, no intrinsic benefits, and people do not discount future earnings.

Principles of Microeconomics
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ISBN:9781305156050
Author:N. Gregory Mankiw
Publisher:N. Gregory Mankiw
Chapter2: Thinking Like An Economist
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QUESTION 9
Consider the following 2 period model, defining outcomes for people who choose to go or not go to school. Call the periods P1 (school or work) and P2 (work)
- If they attend school, earn no income in P1, and earn WH in P2.
- If they do NOT attend school, earn income WL in both periods.
- At first, there are no costs to schooling, no intrinsic benefits, and people do not discount future earnings.
Suppose WH < WL, will the individual choose school? ves
If WH = 10 and WL = 7, will they choose school or not? not
Keep WH = 10 and WL = 7 and add an intrinsic value (1) of education to the model. If I = 6, will they choose school or not?
Now let WH and WL be unknown parameters again, and suppose that there are direct costs C, intrinsic value of schooling I, and individuals discount their future
earnings at a rate of D such that 0 <D<1.
What is the individual's total net income over both periods if they choose not to go to school in terms of the parameters WL and B?
What is the individual's total net income over both periods if they choose to go to school in terms of the relevant parameters?
Transcribed Image Text:QUESTION 9 Consider the following 2 period model, defining outcomes for people who choose to go or not go to school. Call the periods P1 (school or work) and P2 (work) - If they attend school, earn no income in P1, and earn WH in P2. - If they do NOT attend school, earn income WL in both periods. - At first, there are no costs to schooling, no intrinsic benefits, and people do not discount future earnings. Suppose WH < WL, will the individual choose school? ves If WH = 10 and WL = 7, will they choose school or not? not Keep WH = 10 and WL = 7 and add an intrinsic value (1) of education to the model. If I = 6, will they choose school or not? Now let WH and WL be unknown parameters again, and suppose that there are direct costs C, intrinsic value of schooling I, and individuals discount their future earnings at a rate of D such that 0 <D<1. What is the individual's total net income over both periods if they choose not to go to school in terms of the parameters WL and B? What is the individual's total net income over both periods if they choose to go to school in terms of the relevant parameters?
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N. Gregory Mankiw
Publisher:
Cengage Learning