MICROECONOMICS:PRIN.,APPL.+TOOLS-ACCESS
MICROECONOMICS:PRIN.,APPL.+TOOLS-ACCESS
10th Edition
ISBN: 9780135197141
Author: CASE
Publisher: PEARSON
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Chapter 3, Problem 5.7P

Subpart (a):

To determine

Graph the supply and demand schedule for pizza.

Subpart (a):

Expert Solution
Check Mark

Explanation of Solution

The calculation of quantity demanded (Qd) is shown below:

Qd=30020P (1)

Substitute the values in equation (1) to calculate the quantity demanded at price $5.

Qd=30020(5)=300100=200

Quantity demanded is 200.

The calculation of quantity supplied (Qs) is shown below:

Qs=20P100 (2)

Substitute the values in equation (1) to calculate the quantity supplied at price $0.5.

Qs=20(5)100=100100=0

The quantity supplied is 0.

By using the same Equation (1) and (2), the supply demand schedule is shown in Table 1.

Table 1

PriceQuantity demandedQuantity supplied
$52000
$10100100
$150200

On the basis of the above demand schedule, the supply and demand curve of pizza is shown below.

Figure 1 shows equilibrium price and quantity of pizza.

MICROECONOMICS:PRIN.,APPL.+TOOLS-ACCESS, Chapter 3, Problem 5.7P

In Figure 1, the vertical axis measures the price of pizza and horizontal axis measures the quantity demanded of pizza. The downward sloping curve is the demand curve and upward sloping curve is the supply curve of pizza. The intersecting point of the demand and supply curve is the equilibrium point and the corresponding price and quantity is the equilibrium price and equilibrium quantity of pizza. Thus, $10 is the equilibrium price and 100 is the equilibrium quantity of pizza.

Economics Concept Introduction

Concept introduction:

Equilibrium point: Intersecting point of demand and supply is known as equilibrium point and corresponding price and quantity is the equilibrium price and equilibrium quantity.

Subpart (b):

To determine

Calculation of quantity of pizza.

Subpart (b):

Expert Solution
Check Mark

Explanation of Solution

The given information:

Qd=30020P

Qs=20P100

Calculation:

The calculation of quantity of pizza is shown below:

Qd=QS30020P=20P100

Substitute the values of price as $10 either the demand or supply equation.

Qd=30020(10)=300200=100

The quantity demanded of pizza is 100 at price $10.

Economics Concept Introduction

Concept introduction:

Demand: Consumer's desire and willingness to pay a price for a specific good or service which satisfies his wants.

Subpart (c):

To determine

Effect of change in price of pizza on its supply.

Subpart (c):

Expert Solution
Check Mark

Explanation of Solution

If the suppliers set the price of pizza at $15, the producer would want to produce 200 pizzas (20×15100=200). Since there is a surplus amount of pizza, the price has to come down to increase the demand, while decreasing the price of the supply of goods decreases. This process will continue till the point where demand is equal to the supply.

Subpart (d):

To determine

Equation for new market demand.

Subpart (d):

Expert Solution
Check Mark

Explanation of Solution

When the price of hamburgers (substitute for pizza) doubles, the quantity demanded of pizza will change. Thus, the equation for new market demand for pizza is shown below:

Qd=60040P

Subpart (e):

To determine

Calculation of equilibrium price and quantity.

Subpart (e):

Expert Solution
Check Mark

Explanation of Solution

The given information:

Qd=60040P

Calculation:

The calculation of equilibrium quantity (Qd) is shown below. Substitute the values in new market equation as follows:

Qd=QS60040P=20P100=600+10040(20)=70060=11.67

The equilibrium price is $11.67.

Substitute the values of price either demand od supply equation to calculate  the equilibrium quantity as follows:

Qd=60040(11.67)=600466.8=133.2

The equilibrium quantity is 133.

Economics Concept Introduction

Concept introduction:

Equilibrium point: Intersecting point of demand and supply is known as equilibrium point and corresponding price and quantity is the equilibrium price and equilibrium quantity.

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Students have asked these similar questions
Consider a call option on a stock that does not pay dividends. The stock price is $100 per share, and the risk-free interest rate is 10%. The call strike is $100 (at the money). The stock moves randomly with u=2 and d=0.5. 1. Write the system of equations to replicate the option using A shares and B bonds. 2. Solve the system of equations and determine the number of shares and the number of bonds needed to replicate the option. Show your answer with 4 decimal places (x.xxxx); do not round intermediate calculations. This is easy to do in Excel. A = B = 3. Use A shares and B bonds from the prior question to calculate the premium on the option. Again, do not round intermediate calculations and show your answer with 4 decimal places. Call premium =
Answer these questions using replication or the risk neutral probability. Both methods will produce the same answer. Show your work to receive credit. 6. What is the premium of a call with a higher strike. Show your work to receive credit; do not round intermediate calculations. S0 = $100, u=2, d=0.5, r=10%, strike=$150
Answer these questions using replication or the risk neutral probability. Both methods will produce the same answer.
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