Using the data shown in the table below about demand, calculate the price elasticity of demand from point B to point C, point D to point E, and point G to point H. Classify the elasticity at each point as elastic, inelastic, or unit elastic. Points Q A 60 3,000 70 2,800 80 2,600 90 2,400 E 100 2,200 F 110 2,000 120 1,800 H. 130 1,600

Danny "Dollar" dela Cruz is a neighborhood's 9-year-old entrepreneur. His most recent venture is selling homemade brownies that he bakes himself. At a price of $1.75 each, he sells 250. At a price of $1.25 each, he sells 300. Instructions: Use the midpoint method and round your answer to two decimal places. Do not include a negative sign (-). a. What is the elasticity of demand? b. Is demand elastic or inelastic over this price range? O Inelastic O Elastic c. If demand had the same elasticity for a price decline from $1.25 to $0.75 as it does for the decline from $1.75 to $1.25, would cutting the price from $1.25 to $0.75 increase or decrease Danny's total revenue? O Increase O Decrease

The table below provides elasticity estimates, use them to answer the questions that follow. Type of Elasticity Estimate Price elasticity of demand for uber rides -1.20 Price elasticity of demand for taxis -0.60 Cross-price elasticity of demand for uber and taxis 0.50 Income elasticity of demand for uber rides 0.95 Price elasticity of supply for taxis 0.40 Suppose there was a 15% decline in the quantity of ubers, what would be the effect on price? a.+9 % b. +25% 0c-9% Od.+12.5%

The demand function for a certain make of ink-jet cartridge is the following where p is the unit price in dollars and x is the quantity demanded each week, measured in units of a thousand. p= -0.02x² -0.2x+6 Compute the elasticity of demand when x = 11. (Round your answer to two decimal places.) 0.22 Determine whether the demand is inelastic, unitary, or elastic when x = 11. elastic inelastic O unitary