Example of insurance - reducing risk, Microeconomics

Assignment Help:

The Value of Title Insurance While Buying a House

*  A Scenario:

- Price of house is $200,000

- 5% chance that seller does not own house

*  Risk neutral buyer would pay:

  Risk averse buyer would pay quite less

*  By reducing the risk factor, title insurance increases the value of house by an amount much greater than premium.

*  Value of Complete Information 

- The difference between expected value of choice with complete information and expected value when information is incomplete.

*  Assume that a store manager must decide how many fall suits to order:

- 100 suits cost $180 per suit

- 50 suits cost $200per suit

- The price of suits is $300

* Assume that a store manager must determine how many fall suits to order:

- Unsold suits can be returned for ½ cost.

- The probability of selling each quantity is 50 percent.

With the incomplete information:

- Risk Neutral: Buy 100 suits

- Risk Averse: Buy 50 suits

*  The expected value with the complete information is $8,500.

- 8,500 = .5(5,000) + .5(12,000)

* The expected value with the uncertainty is $6,750.

 The value of complete information is $1,750.

*  An Example

- Per capita packed milk consumption over years has fallen

- The milk producers which is engaged in market research to develop new sales strategies to encourage consumption of packed milk.

*  Findings

- Packed milk demand is seasonal with greatest demand in summer

- Ep is negative and small

- EI is positive and large

* Milk advertising increases sales most in summer.

*  Allocating advertising based on this information in Karachi increased sales by Rs. 400,000 and profits by 9 percent.

*  The cost of the information was low relatively, while value was substantial.


Related Discussions:- Example of insurance - reducing risk

Coase theorem, Discuss the possible solutions for private solutions (Coase ...

Discuss the possible solutions for private solutions (Coase Theorem) Question 8: Demand: P=100-Q Supply: P=Q MEB= 10 Discuss the possibility of over or under allocations of reso

Estimating occupational structure, Estimating Occupational Structure of the...

Estimating Occupational Structure of the Labour Force within Economic Sectors in the Target Year The total output in the economy, the sectoral shares therein and labour produc

Microeconomies, Why some country saving less and consumption more?

Why some country saving less and consumption more?

Describe labour market segmentation, Q. Describe Labour Market Segmentation...

Q. Describe Labour Market Segmentation? Labour Market Segmentation: Deep and systematic differences among various groups of workers, in which different types of workers are eff

Elasticity, why is elasticity important for beachfronf properties

why is elasticity important for beachfronf properties

Steam question, Processors of aseptically packaged juice-based beverages mu...

Processors of aseptically packaged juice-based beverages must adequately heat their product before packaging it in order to be sure that they have “killed” the microorganisms which

Economics, Ask questiowhat are the importance of the branches of economics

Ask questiowhat are the importance of the branches of economics

Positive and normative statement, differentiate between normative and posit...

differentiate between normative and positive statements in economics with the help of a statement

Calculate the elasticity of pollution demand, 1.  The marginal benefit (dem...

1.  The marginal benefit (demand) curve for pollution for an industry is P=100-4*Q, where Q is emissions in tons.  The current emissions tax (price) for pollution is $40/ton.  Regu

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd