Use the graph to the right for Yolanda's Frozen Yogurt Stand to answer the questions that follow. Use the midpoint formula to calculate the price elasticity of demand for D, between point A and point C and the price elasticity of demand for D₂ between point A and point B. Price elasticity of demand for D₁ = (Round your response to two decimal places. Be sure to include the minus sign as needed.) Price elasticity of demand for D₂ = (Round your response to two decimal places. Be sure to include the minus sign as needed.) Which curve is more elastic? Suppose Yolanda is initially selling 100 cones per day at a price of $2.50 per cone. If she changes her price to $1.50 per cone and her demand curve is D,, what will be the change in her revenue? $(Round your response to two decimal places. Be sure to include the minus sign as needed.) What will be the change in her revenue if her demand curve is D₂? (Round your response to two decimal places as needed.) 4.00 3.75- 3.50- 3.25- 3.00- 2.75-P₁ 1 2.50- 225 2.00 1.75 P2 1.50 1.25- 1.00 0.75- 0.50- 0.25- 0.00+ 0.0 125 175 50.0 100.0 150.0 200.0 Quantity (cones per day) 250.0 o o Q

Use the graph to the right for Yolanda's Frozen Yogurt Stand to answer the questions that follow. Use the midpoint formula to calculate the price elasticity of demand for D, between point A and point C and the price elasticity of demand for D₂ between point A and point B. Price elasticity of demand for D₁ = (Round your response to two decimal places. Be sure to include the minus sign as needed.) Price elasticity of demand for D₂ = (Round your response to two decimal places. Be sure to include the minus sign as needed.) Which curve is more elastic? Suppose Yolanda is initially selling 100 cones per day at a price of $2.50 per cone. If she changes her price to $1.50 per cone and her demand curve is D,, what will be the change in her revenue? $(Round your response to two decimal places. Be sure to include the minus sign as needed.) What will be the change in her revenue if her demand curve is D₂? (Round your response to two decimal places as needed.) 4.00 3.75- 3.50- 3.25- 3.00- 2.75-P₁ 1 2.50- 225 2.00 1.75 P2 1.50 1.25- 1.00 0.75- 0.50- 0.25- 0.00+ 0.0 125 175 50.0 100.0 150.0 200.0 Quantity (cones per day) 250.0 o o Q

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Calculating the price elasticity of demand: A step-by-stepguide Suppose that during the past year, the price of a virtual reality headset rose from $4,100 to $4,550. During the same time period, consumer sales decreased from 420,000 to 313,000 headsets. Calculate the elasticity of demand between these two price–quantity combinations by using the following steps. After each step, complete the relevant part of the table with the appropriate answers. (Note: For decreases in price or quantity, enter values in the Change column with a minus sign.) Original New Average Change Percentage Change Quantity Price Step 1: Fill in the appropriate values for original quantity, new quantity, original price, and new price. Step 2: Calculate the average quantity by adding the original quantity and the new quantity, and then dividing by two. Do the same for the average price. Step 3: Calculate the change in quantity…
If the current price elasticity of demand for apples is -50, what will be the change in sales (i.e., total revenue) after a 20% price increase? Please show your calculation.
Suppose that during the past year, the price of a laptop computer fell from $2,950 to $2,450. During the same time period, consumer sales increased from 430,000 to 619,000 laptops. Calculate the price elasticity of demand between these two price–quantity combinations by using the following steps. After each step, complete the relevant part of the table with the appropriate answers. (Note: For decreases in price or quantity, enter values in the Change column with a minus sign.) Original New Average Change Percentage Change Quantity Price Step 1: Fill in the appropriate values for original quantity, new quantity, original price, and new price. Step 2: Calculate the average quantity by adding the original quantity and the new quantity and then dividing by 2. Do the same for the average price. Step 3: Calculate the change in quantity by subtracting the original quantity from the new quantity. Do…
The quantity demanded for product A increases 8% when the price of product B increases 16% and the other variables remain the same. Calculate the cross elasticity of demand. Products A and B, are they complementary or substitutes? Why? By drawing a graph, show the change in the demand curve for product A as a result of the change in the price of product B.
Using the midpoint method, the price elasticity of demand for a good is computed to be approximately 0.55. Which of the following events is consistent with a 20 percent decrease in the quantity of the good demanded? a. An increase of 11.0 percent in the price of the good b. an increase of 36.36 percent in the price of the good c. An increase in the price of the good from $11.00 to $20.00 d. an Increase in the price of the good from $20 to $31.00
If price decreases from 20 $ to 12 $, what will be the magnitude of price elasticity of demand? Calculate showing formula, figures and arithmetic operations. Use simple notation. Example: (8+2)/2=5. *
b) Price elasticity of demand: P₁ = $150, P₂ = $230, Q₁ = 4,000, Q₂ = 2,000. Use the midpoint formula for percent change and show all your work, then complete these sentences: ● %, When the price rose the Quantity demanded fell So demand is relatively The price elasticity of demand = %. (elastic or inelastic)
Suppose demand is given by the equation Q = 40 - 3P. Using the point-slope formula, what is the price elasticity of demand at a price of $4? Include a negative sign if applicable, and round your answer to two decimal places.
Explain why for some goods, the long-run price elasticity of demand is greater than the short-run price elasticity of demand. Give examples of goods that may display this characteristic.
If a 17 percent increase in the price of Cheerios causes a 21 percent reduction in the number of boxes of cereal demanded, the price elasticity of demand for Cheerios is -| (Enter your response rounded to two decimal places.) The demand for Cheerios is
The following table below shows the information on price, quantity of goods and income level. PRICE OF GOOD A QUANTITY GOOD A GOOD B GOOD C 20 150 80 40 30 100 50 70 Based on the information above, a) Calculate the price elasticity of demand for good A when the price increases from RM 20 to RM 30. b) Calculate the cross-price elasticity of demand for good A and Good B when price increases from RM 20 to RM 30. State the relationship between good A and Good B and give an example of good that has the same relationship with A and good B. c) Calculate the cross-price elasticity of demand for good A and good C when price increases from RM 20 to RM 30. State the relationship between good A and good C and provide an example of good that has the same relationship with A and good C.
The cross-price elasticity of demand for peanut butter with respect to the price of jelly is -0.3. If we expect the price of jelly to decline by 15%, the expected change in the quantity demanded for peanut butter is .. . . . .. Peanut butter and jelly are . . . . . .. . . .