Table 5-4
Price |
Total |
$10 |
$100 |
$12 |
$108 |
$14 |
$112 |
$16 |
$112 |
Refer to Table 5-4. When price is between $10 and
$14, demand is
Group of answer choices
elastic.
unit elastic.
inelastic.
There is not enough information given to determine whether demand is elastic, unit elastic, or inelastic.
Ans.- Inelastic
When the price is increasing from 10 to 12 and then from 10 to 14, total revenue is increasing in both cases. This is possible only if demand is inelastic.
If demand is inelastic,then % decrease in quantity demanded is less than % Increase in price and hence total revenue rises.
Table 5-4 Price Total Revenue $10 $100 $12 $108 $14 $112 $16 $112 Refer to Table...
Refer to Table 5-4 below. Given total revenue and price, as price rises from $14 to $16, compute the price elasticity of demand using the midpoint method? Price Total Revenues Quantity Demanded $10 $100 10 $12 $108 9 $14 $112 8 $6 $112 7 1. 0.18. 2. 0.58. 2.64 points
Question 3: The graph below is the market for hats Price 20 18 16 14 10 Demand 100 200 300 400 500 600 700 800 900 Duatit Refer to the above figure and answer the following questions: Using mid-point method calculate the price elasticity between points A and B and mention if the situation is price elastic or price inelastic? Using mid-point method calculate the price elasticity between points B and C and mention if the situation is price elastic...
Figure 5-3 10 Demand 246 8 10 12 14 16 18 20 22 24 26 ity 10. Refer to Figure 5-3, a) Using the midpoint method what is the clalsticity of demand between point A and point B? b) Between point A and point B is demand elastic or inelastic?
Refer to Figure 6-7. Using the total revenue test to verify the price elasticity between points a and b on the demand curve, demand is Figure 6-7 Question 2 options: A) perfectly inelastic. B) unit-elastic. C) perfectly elastic. D) elastic.
#14 (5) Complete the table. Calculate Total Revenue (TR) in column 3, Ep in column 4, and identify if the Ep is elastic, inelastic or unitary in column 5. (Worth 17 points) (1) (2) (3) Elastic? Price Quantity Total Revenue Inelastic? Unitary? $50 N/A N/A 40 5 30 10 20 10 Note: Column 4 instructions: In 4a, compute the degree of elasticity as the price changed from $50 to $40 In 4b, compute the degree of elasticity as the price...
Homework 4 (Chapter 4 and 5) 6 Refer to the demand schedule below: 60 1e0 150 200 250 108 400 a. Suppose the price increases from $10 to $20. Demand is Click to selec)and total revenue (Cick to selecty b. Suppose the price increases from $30 to $40. Demand is (Cick to select) and total revenue Click to selec) es C. Suppose the price increases from $50 to $60. Demand is (Click to selectand total revenue (Click to selec) (Click...
Table 2: Shoe Sales per Week Price Quantity Demanded 50 200 40 300 30400A 2a) Refer to Table 2. Use the midpoint formula to calculate the elasticity of demand between a price of $50 and a price of S60. Between a price of $50 and a price of $60, is demand elastic, inelastic, or unitarily elastic? 2b) Refer to Table 2. Use the midpoint formula to calculate the elasticity of demand between a price of $10 and a price of...
9. Elasticity and total revenue The following graph shows the demand curve for kumquats. Points A, B, C, and D mark price ranges over which you will be asked to calculate the price elasticity of demand for this good. Use the purple rectangle labeled Total Revenue (diamond symbols) to compute total revenue at various prices along the demand curve. To see the area of the Total Revenue rectangle, select the shaded area with your mouse. You will not be graded...
PRICE Demand Q2 Q1 QUANTITY Refer to Figure 5-4. Total revenue when the price is P 1 is represented by a. areas A+B. b. areas C+D. C. area D. d. areas B+D. ESTION 11 Which of the following could be the price elasticity of demand for a good for which a decrease in price would increase total revenue? a. 2.8 o 6.0.3 C. 3.6 d. 1 PRICE Demand Q2 Q1 QUANTITY Refer to Figure 5-4. If rectangle D is larger...
is D right? 5. Refer to the table below to answer the following questions: Quantity Demanded 130 Price $1.60 S1,80 $2.00 $2.20 $2.40 $2.60 120 110 100 90 80 4100 4100) + CZ =0.70 a) Calculate the own-price elasticity of demand between $2.00 and $2.20. t ot baie b) Calculate the own-price elasticity of demand between $1.60 and $1.80. 130-120 +(1.6+18) = 10 + 12 868) 0 1. 26 c) Calculate the own-price elasticity of demand between $2.20 and $2.40....