In: Economics
Question 2 – ALL CALCULATIONS MUST BE SHOWN
A local theme park is losing money. The current price of admission is $60 per person with an average daily attendance of 750 people. You are an independent consultant employed to recommend a pricing strategy. The demand schedule estimated by the consultant is shown in the table below.
Price |
Quantity of tickets sold per day |
Elasticity |
0 |
1200 |
-- |
20 |
1050 |
|
40 |
900 |
|
60 |
750 |
|
80 |
600 |
|
100 |
450 |
|
120 |
300 |
|
140 |
150 |
|
160 |
0 |
Infinity |
a. Fill in the blanks in the table above. There are 7 empty cells [marked as 0.5 marks per cell correctly filled]. Use the point method (ΔQ/ΔP)*(P/Q) to calculate the own-price elasticity of demand. (3.5 marks)
b. As a consultant what would be your recommendation regarding pricing strategy? Should the theme park change the price from $60? Justify your answer based on the price elasticity of demand. .
c. From the information in the table write the equation for the daily demand for theme park tickets in price dependent form (P=a-bQ). (2.5 marks)
d. Use the midpoint method to calculate the price elasticity of demand from $85 to $90. Explain whether demand is price elastic or price inelastic and interpret the value of this elasticity.
e. Theme park customers are able to purchase a $15 photographic package. At the current ticket price of $60, 34% of customers purchase photographic packages. The theme park estimates that a $3 price increase in theme park tickets would result in a 20% reduction in photographic packages purchased. Provide the name of, and calculate the value of, this elasticity. Interpret its value. What does this elasticity value tell the theme park managers about the relationship between theme park ticket prices and photographic packages? How many customers would purchase the photographic packages if theme park tickets increased by $3?
From Part A to Part D.
Price | Quantity | Change in Q | Change in P | Ed (Point Method) | Remarks | Average Q | Average P | Ed (mid point merthod) | Remarks |
0 | 1200 | ||||||||
20 | 1050 | -150 | 20 | 0.0 | Inelastic | 1125 | 10 | -0.07 | Inelastic |
40 | 900 | -150 | 20 | -0.1 | Inelastic | 975 | 30 | -0.23 | Inelastic |
60 | 750 | -150 | 20 | -0.3 | Inelastic | 825 | 50 | -0.45 | Inelastic |
80 | 600 | -150 | 20 | -0.6 | Inelastic | 675 | 70 | -0.78 | Inelastic |
100 | 450 | -150 | 20 | -1.0 | Elastic | 525 | 90 | -1.29 | Elastic |
120 | 300 | -150 | 20 | -1.7 | Elastic | 375 | 110 | -2.20 | Elastic |
140 | 150 | -150 | 20 | -3.0 | Elastic | 225 | 130 | -4.33 | Elastic |
160 | 0 | -150 | 20 | -7.0 | Elastic | 75 | 150 | -15.00 | Elastic |
Whenever the absolute value of price elasticity is less than one (1), the firm should increase price to raise the revenues for the firm. that is if the demand is inelastic, a rise in price will raise revenues. If the demand is elastic then a fall in price will raise revenues. The stretch where the demand is elastic is between price 100 and 160. If then firm want to raise revenues it should reduce the price. The demand is inelastic between 0 and 80, the firm should increase price to earn more revenues.
The equation of the demand function will be Qd = -7.5P + 1200 or P = -0.1333Q + 160
Point Ed Formula = (Change in Q/Change in P)*(Original P/Original Q)
Midpoint Ed Formula = (Change in Q/Change in P)*(Average P/Average Q)
Mid Point Elasticity from P = 85 to 90, Qd is calculated using the demand function
Price | Quantity | Change in Q | Change in P | Average Q | Average P | Ed (mid point merthod) | Remarks |
85 | 171.33 | ||||||
90 | 172.00 | 0.66663667 | 5 | 171.66665 | 87.5 | 0.07 | Inelastic |