Problem 15
Question
It has been estimated that the elasticity of demand for slaves in the American South before the civil war was equal to \(0.86\) (fairly high) in the cities and equal to \(0.05\) (very low) in the countryside. \({ }^{10}\) (a) Why might this be? (b) Where do you think the staunchest defenders of slavery were from, the cities or the countryside?
Step-by-Step Solution
Verified Answer
The countryside likely had stauncher defenders of slavery due to their reliance on slave labor for agriculture.
1Step 1: Understanding Elasticity of Demand
Elasticity of demand measures how the quantity demanded of a good changes in response to a change in its price. An elasticity of demand greater than 1 is considered elastic, while less than 1 is inelastic. Here, both the cities and the countryside have an inelastic demand for slaves, but the cities have a higher elasticity (0.86) compared to the countryside (0.05).
2Step 2: Analyzing High Elasticity in Cities
A relatively higher elasticity of 0.86 in the cities suggests that the demand for slaves is somewhat more responsive to price changes. This could be because the urban economy required diverse forms of skilled labor, making slave labor only one of several options. People in cities might substitute other forms of labor if slave prices increased.
3Step 3: Analyzing Low Elasticity in Countryside
The low elasticity of 0.05 in the countryside suggests that demand for slaves is almost perfectly inelastic, meaning people are likely to continue buying the same amount regardless of price changes. This could be due to the heavy reliance on agriculture, where slave labor was essential and could not be easily substituted.
4Step 4: Determining Staunch Slavery Defenders
Given the very low elasticity of demand for slaves in the countryside, it indicates a stronger reliance on slavery for agricultural operations. Therefore, the staunchest defenders of slavery were likely from the countryside, as their livelihoods would be most affected by any threat to the institution of slavery.
Key Concepts
Inelastic DemandUrban vs Rural EconomicsHistorical Economic Analysis
Inelastic Demand
Inelastic demand refers to a situation where the quantity demanded of a good is not very responsive to changes in its price. When the elasticity of demand is less than 1, it indicates that the demand is inelastic. This means that even if prices increase, the quantity demanded does not decrease significantly.
In the context of the American South before the Civil War, the inelastic demand for slaves in the countryside was extreme with an elasticity of just 0.05. This nearly perfect inelasticity suggests that despite rising or falling prices, the need for slave labor remained constant.
The primary reason for this was the agricultural nature of the rural economy, where slaves were a critical component of labor. Farms and plantations depended heavily on slave labor for their operations, and there were few, if any, substitutes for this workforce.
In the context of the American South before the Civil War, the inelastic demand for slaves in the countryside was extreme with an elasticity of just 0.05. This nearly perfect inelasticity suggests that despite rising or falling prices, the need for slave labor remained constant.
The primary reason for this was the agricultural nature of the rural economy, where slaves were a critical component of labor. Farms and plantations depended heavily on slave labor for their operations, and there were few, if any, substitutes for this workforce.
- Agricultural reliance dictated demand.
- Lack of labor alternatives reinforced inelasticity.
- Price changes had minimal impact on quantity demanded.
Urban vs Rural Economics
The difference between urban and rural economics can be stark, especially when historical labor demands are considered, like those in the American South pre-Civil War. In cities, the elasticity of demand for slaves was 0.86, notably higher than in the countryside. This indicates a more responsive demand to price changes.
In urban settings, the economy was more diversified. Cities required various forms of skilled and unskilled labor beyond just slave labor. This diversity provided room for alternatives to be considered when the cost of slave labor fluctuated.
In urban settings, the economy was more diversified. Cities required various forms of skilled and unskilled labor beyond just slave labor. This diversity provided room for alternatives to be considered when the cost of slave labor fluctuated.
- Urban economies were more adaptable.
- There were more labor alternatives available.
- Demand was somewhat responsive due to these alternatives.
Historical Economic Analysis
Examining historical economic systems provides insight into how societies functioned and were structured. In the context of the elasticity of demand for slaves in the American South, it becomes evident how economic dependency shaped societal attitudes and behaviors.
History shows that areas with inelastic demand, like the rural South, likely had more to lose from the abolition of slavery. This translated into stronger resistance to change. Such analysis helps us understand why the staunchest defenders of slavery came from the countryside.
History shows that areas with inelastic demand, like the rural South, likely had more to lose from the abolition of slavery. This translated into stronger resistance to change. Such analysis helps us understand why the staunchest defenders of slavery came from the countryside.
- Economic dependency influenced sociopolitical stances.
- Urban areas had a comparative flexibility in labor markets.
- Regions with high inelasticity faced greater economic threats from change.
Other exercises in this chapter
Problem 14
Show analytically that if marginal cost is less than average cost, then the derivative of average cost with respect to quantity satisfies \(a^{\prime}(q)
View solution Problem 14
Describe in words the interesting features of the graph, including the location of the critical points and where the function is monotonic (that is, increasing
View solution Problem 15
If \(R\) is percent of maximum response and \(x\) is dose in \(\mathrm{mg}\), the dose-response curve for a drug is given by $$ R=\frac{100}{1+100 e^{-0.1 x}} $
View solution Problem 15
Plot the graph of \(f(x)=x^{3}-e^{x}\) using a graphing calculator or computer to find all local and global maxima and minima for: (a) \(\quad-1 \leq x \leq 4\)
View solution