Using what you know of the Pure Investment Version of Grossmans Model: Suppose that the following schedule
Question:
Using what you know of the Pure Investment Version of Grossman’s Model: Suppose that the following schedule shows the relationship between the Health Stock and number of healthy days in a year for an individual. The Marginal product of Health is defined as the increase in the number of healthy days from increasing Health Stock by 1 unit. Assume that the daily wage is $80.
Health Stock | Healthy Days | Marginal Product of Health | Marginal Efficiency of Capital (MEC=MPH*w) |
15 | 328 | --- | --- |
16 | 344 | 16 | |
17 | 353 | 9 | |
18 | 357 | 4 | |
19 | 359 | 2 | |
20 | 360 | 1 | |
- Calculate the Marginal Efficiency of Capital
- Based on the following information estimate the Cost of Capital to increase health stock by one unit, assuming a real interest rate of 6% and a depreciation rate of 4%.
Daily Exercise ** | 7 days / year |
Vitamins | $280 / year |
Prescription Medications | $100 / year |
Physician Visits | 2 / year ($250 per visit) |
* Recall that the time spent exercising or going to see a physician is time that could be spent working. Don’t forget to include the wage as the opportunity cost of that time.
- What is the Optimal Health Stock? How do we make that determination?
- What affect would an increase in wages have on the optimal health stock? Explain.
Business
ISBN: 978-0324829556
10th Edition
Authors: Willian M Pride, Robert J. Hughes, Jack R Kapoor