Suppose that the inverse demand for San Francisco cable car rides is: p=15-(Q/1000),
where p is the price per ride and Q is the number of rides per day.
Suppose the objective of San? Francisco's Municipal Authority? (the cable car? operator) is to maximize its revenues. What is the? revenue-maximizing price?
The? revenue-maximizing price is p=$7.50
The city of San Francisco calculates that the? city's businesses benefit from both tourists and residents alike riding on the? city's cable cars by ?$5 per ride. Suppose the? city's objective is to maximize the sum of the cable car revenues and the economic impact. What is the optimal? price? The price that maximizes the sum of cable car revenues and the economic impact is?
Here we need to optimal price which increases total revenue
So, we need to express the inverse function in terms of Q
Q = (15-P)*1000
Now using the solver in excel we can set TR to be maximum by changing P
P | Q | TR |
7.5 | 75000 | 562500 |
or
By substituting value of price, we can finnd that TR gets maximum at price = 7.5
P | Q | TR |
0 | 150000 | 0 |
0.5 | 145000 | 72500 |
1 | 140000 | 140000 |
1.5 | 135000 | 202500 |
2 | 130000 | 260000 |
2.5 | 125000 | 312500 |
3 | 120000 | 360000 |
3.5 | 115000 | 402500 |
4 | 110000 | 440000 |
4.5 | 105000 | 472500 |
5 | 100000 | 500000 |
5.5 | 95000 | 522500 |
6 | 90000 | 540000 |
6.5 | 85000 | 552500 |
7 | 80000 | 560000 |
7.5 | 75000 | 562500 |
8 | 70000 | 560000 |
Get Answers For Free
Most questions answered within 1 hours.