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Let's assume that each person in the United States consumes an average of 37 gallons of soft drinks (nondiet) at an average price of \(\$ 2\) per gallon and that the U.S. population is 294 million. At a price of \(\$ 1.50\) per gallon, each individual consumer would demand 50 gallons of soft drinks. From this information about the individual demand schedule, calculate the market demand schedule for soft drinks for the prices of \(\$ 1.50\) and \(\$ 2\) per gallon.

Short Answer

Expert verified
Answer: At the price of \(\$1.50\) per gallon, the quantity demanded is 14,700,000,000 gallons. At the price of \(\$2\) per gallon, the quantity demanded is 10,878,000,000 gallons.

Step by step solution

01

Calculate the total amount of soft drinks consumed by each person at the price of \(\$2\) per gallon

According to the problem, each person consumes an average of 37 gallons of soft drinks at a price of \(\$2\) per gallon.
02

Calculate the total consumption of soft drinks by the entire population at the price of \(\$2\) per gallon

Since there are 294 million people in the United States, the total consumption of soft drinks at a price of \(\$2\) per gallon can be calculated by multiplying the average consumption per person by the population. Total consumption at \(\$2\) = (Average consumption at \(\$2\) per person) × (Population) Total consumption at \(\$2\) = (37 gallons) × (294,000,000) Total consumption at \(\$2\) = 10,878,000,000 gallons
03

Calculate the total amount of soft drinks consumed by each person at the price of \(\$1.50\) per gallon

The problem states that each individual consumer would demand 50 gallons of soft drinks when the price is \(\$1.50\) per gallon.
04

Calculate the total consumption of soft drinks by the entire population at the price of \(\$1.50\) per gallon

Similarly, we'll multiply the average consumption per person at the \(\$1.50\) price point by the population. Total consumption at \(\$1.50\) = (Average consumption at \(\$1.50\) per person) × (Population) Total consumption at \(\$1.50\) = (50 gallons) × (294,000,000) Total consumption at \(\$1.50\) = 14,700,000,000 gallons
05

Create the market demand schedule

Now we can create the market demand schedule by listing the quantities demanded at each price. Market Demand Schedule: | Price per Gallon | Quantity Demanded (Gallons) | |------------------|-------------------------------| | \(\$2\) | 10,878,000,000 | | \(\$1.50\) | 14,700,000,000 |

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

Understanding the Individual Demand Schedule
To grasp the concept of an individual demand schedule, think of it as a roadmap that shows the quantity of a good a person is willing to buy at various prices. In our example, we're looking at the consumption of soft drinks.
At a price of \( \\(2 \) per gallon, each person consumes 37 gallons on average. If the price drops to \( \\)1.50 \) per gallon, the individual demand increases to 50 gallons.
This illustrates how people typically consume more of a product when prices are lower. The individual demand schedule is an essential tool for businesses and economists because:
  • It helps predict consumer purchasing behavior at different price points.
  • It aids in estimating how changes in price can affect overall sales for a single consumer.
Understanding this schedule on an individual level is the first step toward pinning down broader market demand.
Diving Into Price Elasticity of Demand
Price elasticity of demand measures how sensitive the quantity demanded of a good is to a change in price. It is a core concept that helps in understanding consumer behavior in response to price fluctuations.
In simple terms, if a small change in price leads to a large change in the quantity demanded, we say the demand is elastic. Conversely, if the quantity demanded changes very little with a price change, demand is inelastic.
For our soft drink scenario:
  • When the price drops from \( \\(2 \) to \( \\)1.50 \), each individual's consumption increases from 37 gallons to 50 gallons.
  • This change demonstrates that the demand for soft drinks might be relatively elastic since a drop in price results in significantly higher consumption.
Price elasticity helps companies decide how to price their products and forecast how pricing adjustments can impact overall demand.
Exploring Consumer Behavior
Consumer behavior looks at the decisions individuals make regarding the purchase of goods and services. It's influenced by factors like preferences, income, price changes, and the availability of substitutes.
In the exercise, the change in consumption of soft drinks when the price changes reflects consumer behavior.
Several key insights can be drawn about consumer behavior in this context:
  • Consumers tend to buy more when prices drop, demonstrating price-dependent purchasing behavior.
  • The increase from 37 to 50 gallons indicates soft drinks are highly desirable at a lower price.
  • External factors such as advertising, seasonal demand, or changes in consumer income could also impact demand.
By analyzing consumer behavior, businesses can tailor marketing strategies and adjust pricing to better meet their customer's needs and maximize sales.

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Most popular questions from this chapter

Suppose that the supply schedule of Maine lobsters is as follows: $$ \begin{array}{c|c} \begin{array}{c} \text { Price of lobster } \\ \text { (per pound) } \end{array} & \begin{array}{c} \text { Quantity of lobster } \\ \text { supplied (pounds) } \end{array} \\ \$ 25 & 800 \\ 20 & 700 \\ 15 & 600 \\ 10 & 500 \\ 5 & 400 \end{array} $$ Suppose that Maine lobsters can be sold only in the United States. The U.S. demand schedule for Maine lobsters is as follows: $$ \begin{array}{c|c} \begin{array}{c} \text { Price of lobster } \\ \text { (per pound) } \end{array} & \begin{array}{c} \text { Quantity of lobster } \\ \text { demanded (pounds) } \end{array} \\ \$ 25 & 200 \\ 20 & 400 \\ 15 & 600 \\ 10 & 800 \\ 5 & 1,000 \end{array} $$ a. Draw the demand curve and the supply curve for Maine lobsters. What are the equilibrium price and quantity of lobsters? Now suppose that Maine lobsters can be sold in France. The French demand schedule for Maine lobsters is as follows: $$ \begin{array}{c|c} \begin{array}{c} \text { Price of lobster } \\ \text { (per pound) } \end{array} & \begin{array}{c} \text { Quantity of lobster } \\ \text { supplied (pounds) } \end{array} \\ \$ 25 & 100 \\ 20 & 300 \\ 15 & 500 \\ 10 & 700 \\ 5 & 900 \end{array} $$ b. What is the demand schedule for Maine lobsters now that French consumers can also buy them? Draw a supply and demand diagram that illustrates the new equilibrium price and quantity of lobsters. What will happen to the price at which fishermen can sell lobster? What will happen to the price paid by U.S. consumers? What will happen to the quantity consumed by U.S. consumers?

In a supply and demand diagram, draw the shift of the demand curve for hamburgers in your hometown due to the following events. In each case, show the effect on equilibrium price and quantity. a. The price of tacos increases. b. All hamburger sellers raise the price of their french fries. c. Income falls in town. Assume that hamburgers are a normal good for most people. d. Income falls in town. Assume that hamburgers are an inferior good for most people. e. Hot dog stands cut the price of hot dogs.

Find the flaws in reasoning in the following statements, paying particular attention to the distinction between shifts of and movements along the supply and demand curves. Draw a diagram to illustrate what actually happens in each situation. a. "A technological innovation that lowers the cost of producing a good might seem at first to result in a reduction in the price of the good to consumers. But a fall in price will increase demand for the good, and higher demand will send the price up again. It is not certain, therefore, that an innovation will really reduce price in the end." b. "A study shows that eating a clove of garlic a day can help prevent heart disease, causing many consumers to demand more garlic. This increase in demand results in a rise in the price of garlic. Consumers, seeing that the price of garlic has gone up, reduce their demand for garlic. This causes the demand for garlic to decrease and the price of garlic to fall. Therefore, the ultimate effect of the study on the price of garlic is uncertain."

The following table shows a demand schedule for a normal good. $$ \begin{array}{|c|c|} \hline \text { Price } & \text { Quantity demanded } \\ \hline \$ 23 & 70 \\ 21 & 90 \\ 19 & 110 \\ 17 & 130 \end{array} $$ a. Do you think that the increase in quantity demanded (say, from 90 to 110 in the table) when price decreases (from \(\$ 21\) to \(\$ 19)\) is due to a rise in consumers' income? Explain clearly (and briefly) why or why not. b. Now suppose that the good is an inferior good. Would the demand schedule still be valid for an inferior good? c. Lastly, assume you do not know whether the good is normal or inferior. Devise an experiment that would allow you to determine which one it was. Explain.

Will Shakespeare is a struggling playwright in sixteenth-century London. As the price he receives for writing a play increases, he is willing to write more plays. For the following situations, use a diagram to illustrate how each event affects the equilibrium price and quantity in the market for Shakespeare's plays. a. The playwright Christopher Marlowe, Shakespeare's chief rival, is killed in a bar brawl. b. The bubonic plague, a deadly infectious disease, breaks out in London. c. To celebrate the defeat of the Spanish Armada, Queen Elizabeth declares several weeks of festivities, which involves commissioning new plays.

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