6. The demand for the doctor's visits, Q, is the following: Q= 5 - 0.04P. The market price of a visit, equals the MC of $100. What is the equilibrium number of visits? What if the consumer purchases full-coverage (no coinsurance) health insurance and the demand stays the same. How many doctor visits would the patient consume? Calculate the deadweight loss or moral hazard cost as a result of the insurance coverage. Remember, DWL is there if units for which MB>MC are not produced, or if units for which MC>MB are produced.

6. The demand for the doctor's visits, Q, is the following: Q= 5 - 0.04P. The market price of a visit, equals the MC of $100. What is the equilibrium number of visits? What if the consumer purchases full-coverage (no coinsurance) health insurance and the demand stays the same. How many doctor visits would the patient consume? Calculate the deadweight loss or moral hazard cost as a result of the insurance coverage. Remember, DWL is there if units for which MB>MC are not produced, or if units for which MC>MB are produced.

EBK HEALTH ECONOMICS AND POLICY

7th Edition

ISBN:9781337668279

Author:Henderson

Publisher:Henderson

Chapter12: Medicare

Section: Chapter Questions

Problem 1QAP

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2. A consumer’s demand for a medical service is: Q = 100 - ?? where ?? is the out-of-pocket price she/he actually faces. She/he is considering four different insurance options: uninsurance, full insurance, a 50% coinsurance plan, and a copayment plan with a $25 copay. a. Assume this service has a list price of ??= $70. Calculate Q under each insurance plan. b. Calculate the amount of social loss under each insurance plan.
1. Fun with cost-sharing. An important distinction in health insurance is between the list price (PL) and out-of-pocket price (PP) of a medical good or service. The list price is the official price that the provider charges the insurance company, while the out-of-pocket price is the price that the insurance customer faces. Sometimes, the out-of-pocket price depends on the list price. a. Suppose a consumer’s demand for a particular medical procedure is Q = 100 − PP. Draw her demand curve in PL–Q space under the assumption of no insurance and label it D1. You will have to think about the relationship between PL and PP to draw it correctly. b. Now assume the same consumer is fully insured. Think about how this affects the relationship between PL and PP and draw a full-insurance demand curve in PL– Q space. Label this curve D2. c. Finally, assume the consumer is part of a partial insurance plan with a copayment provision. Her insurance pays all expenses above and beyond her copayment of…
Suppose you are collecting data from a country like Japan where the government sets the price of health care. Each prefecture in Japan has a different set of prices (for example, Tokyo has higher prices than rural Hokkaido). Data for 1999 is displayed in Table 2.12. Table 2.12. Outpatient utilization in Tokyo and Hokkaido, 1999. Region Outpatient Visits Price/Visit Tokyo 1.25/month 20 Japenese Yen Hokkaido 1.5/month 10 Japanese Yen What is the arc price elasticity ofdemand for health care consumers in Japan (using only this data)?
A consumer’s demand for a medical service is as follows: Q = 100 – P, where P is theout-of-pocket price she actually faces. Assume this medical service has a market price of $70.This consumer is considering four different insurance options: no insurance, full insurance, a 50% coinsurance plan, and a copayment plan with a $25 co-pay Calculate the deadweight loss under each insurance scheme and show iton each graph. What do you observe?
Suppose you have an insurance plan in which you pay the market price for medical care until you meet a deductible of $1,000, after which you have a coinsurance rate of .20. Answer parts a and b assuming your inverse demand curve for medical care is P = 400 – 10Q and the market price for medical care is $200 per unit.a) Graph the price line and your demand curve. On the graph, label the values of the x and y intercepts of the demand curve, the quantity where you meet the deductible, the horizontal sections of the price line, and the point(s) where the demand curve intersects the price line.b) Find the number of units of medical care that you will demand. Show all calculations that youperformed in your analysis.
Draw a graph showing how demand for medical care changes under health insurance where the insurance policy pays a % of costs. What happens to demand elasticity? Amount purchased at any price? What does this say about the effect of health insurance on individual vs. social “perceptions” of health care cost and benefit?
Discuss your views on the effect of price on the demand for urgent or non-urgent medical care. Justify how access to care may be related to the value of good health.
1. More fun with cost-sharing. (You may want to review Exercise 15 before proceeding, although it is not necessary.) A consumer’s demand for a medical service is Q = 100 − PP where PP is the out-of-pocket price she actually faces. She is considering four different insurance options: uninsurance, full insurance, a 50% coinsurance plan, and a copayment plan with a $25 copay. a. Assume this service has a list price of PL = $70. Calculate Q under each insurance plan. b. Calculate the amount of social loss under a copayment plan with a $25 copay.
1. Given the following two tables: *Provided image of the tables* a.) Calculate the elasticity of demand for health care for Tokyo and Hokkaido separately. b.) Using your estimated elasticities, what would the demand for health care in each prefecture be if the price were raised to 40 ¥ per visit next year (for both prefectures)?
What does income elasticity of demand mean for insurance companies and medical providers for making a decision?
An important distinction in health insurance is between the list price (PL) and out-of-pocket price (PP) of a medical good or service. The list price is the official price that the provider charges the insurance company, while the out-of-pocket price is the price that the insurance customer faces. Sometimes, the out-of-pocket price depends on the list price. d. Now assume the consumer is part of a partial insurance plan with a coinsurance provision. Her insurance pays 50% of all medical expenses. Consider again the relationship between PL and PP and plot a coinsurance plan demand curve in PL - Q space. Label this curve D3. e. Finally, assume the consumer is part of a partial insurance plan with a copayment provision. Her insurance pays all expenses above and beyond her copayment of $25 for each unit of Q. Consider again the relationship between PL and PP and plot a copayment-plan demand curve in PL - Q space. Label this curve D4.
4 Suppose that a person’s demand curve for physician office visits is P = 200 – 20Q, where P is the price of an office visit, and Q is the number of physician visits per year. Also, suppose that the marginal cost of an office visit is always $60. c. Suppose this person obtains health insurance. The policy has no deductible, but has a coinsurance rate of 50 percent. How many visits will occur now? d. Suppose that the policy has no deductible but has a $20 co-payment. How many visits will occur now? e. Suppose the policy has a $20 co-payment and a $500 deductible. How many visits will occur now? f. Calculate the deadweight losses in the policies described in parts c, d, and e.