The data below represent a demand schedule.
Price / demand
6 0
5 1
4 2
3 3
2 4
1 5
0 6
a. Draw a demand curve.
b. Use the midpoint formula for Ed to determine price elasticity of demand for each of the four possible $1 price changes.
Moving from $5 to $4: Ed = .
Moving from $4 to $3: Ed = .
Moving from $3 to $2: Ed = .
Moving from $2 to $1: Ed = .
c. What can you conclude about the relationship between the slope of the demand curve above and its elasticity?
The demand curve above has a constant slope of (-1∞10), but elasticity (increases/decreases) as we move down the curve.
d. Explain in a nontechnical way why demand is elastic in the upper-left segment of the demand curve and inelastic in the lower-right segment.
The data below represent a demand schedule.
Price / demand
6 0
5 1
4 2
3 3
2 4
1 5
0 6
a. Draw a demand curve.
b. Use the midpoint formula for Ed to determine price elasticity of demand for each of the four possible $1 price changes.
Moving from $5 to $4: Ed = .
Moving from $4 to $3: Ed = .
Moving from $3 to $2: Ed = .
Moving from $2 to $1: Ed = .
c. What can you conclude about the relationship between the slope of the demand curve above and its elasticity?
The demand curve above has a constant slope of (-1∞10), but elasticity (increases/decreases) as we move down the curve.
d. Explain in a nontechnical way why demand is elastic in the upper-left segment of the demand curve and inelastic in the lower-right segment.