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The demand function is: Qp = 1,000 - (0.5 x P), where P is the price paid by consumers for a healthcare diagnostic product is
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Price($) Demand​ u P net($) Demand i Supply
1000 500 200 900 1160
960 520 192 904 1024
920 540 184 908 988
880 560 176 912 952
840 580 168 916 916
800 600 160 920 880
760 620 152 924 844
720 640 144 928 808
680 660 136 932 772
640 680 128 936 736
600 700 120 940 700
560 720 112 944 664

1. The equilibrium price before coverage will be there where we will have demand = supply. It means it will take place where Demand u = Supply. This happens at price level $600. At this price level uncovered demand is equal to supply = 700.

2. Equilibrium price after coverage is $840. At this price covered demand (916) is equal to supply (916). At this price demand with insurance is equal to supply.

3. Without insurance coverage the patients were paying $600 total. Because that is the equilibrium price. There was no coverage.

4. After insurance equilibrium price is $840. Among this $840

a. Patient will pay $840 - $168 = $672.

b. Medicaid will pay $168 in total.

5. These coverage of preventive care service suggesting that the patients are loosing in terms price pay but they are getting more services i e 916 and for this service they are better off. They are giving some extra price but receiving more services. This is the beneficiary side.

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