What is your selected linear demand function given the variables presented? (hint: Qd = x + y + z + q….)

What is the estimated linear demand function (Q = ….)?

What percentage of the variation in sales (Q) is explained by the demand function?

What if the price of the boxed lunch sold on board was increased by $2?

If a typical market sold a boxed snack at $8.75, their average income was $80,378, the off-board priced snack was $7.50, and the population was 6,378, what is the expected sales?

Given this information, as a manager, make a recommendation to FlyHigh airlines on the price of their boxed snacks.

FlyHigh airlines is test marketing their boxed snacks sold on their short flights. FlyHigh selected 15 different markets for a quarter-long sales test. For the entire quarter, the boxed snack was sold onboard at 4 different prices starting at $8.50 a box. Data was collected on the average income of the passenger aboard the flights. Data was also collected that represented a snack purchased off-board (presumably in the airport) and carried on by the passenger. The amount of passengers that this boxed snack was available to and the ultimate quantity sold was also collected.

flight market	Price of snack sold on airplane	average income of passenger	price of snack (presumably carried by passenger)	amount of passengers available	quantity sold
1	8.5	75586	8.75	274000	7952
2	8.5	67521	8.5	13450	8222
3	8.5	71333	7.64	54150	7166
4	8.75	77352	7.35	6800	6686
5	8.75	41450	7.75	11245	7715
6	8.75	57655	8.15	54500	6643
7	9	60265	8.55	26600	5155
8	9	69542	8	158000	7127
9	9	71596	7.75	22500	5834
10	9.25	72657	7.45	46150	5093
11	9.25	66421	7.89	8200	5828
12	9.25	77624	7.49	38500	6590
13	9.5	80110	8.15	105000	6228
14	9.5	87421	7.8	92000	7218
15	9.5	88450	7.9	38720	5846

Answer rating: 100% (QA)

The selected linear demand function is as follows Dependent variable quantity sold Explanatory variables 1 Price of snack sold on airplane 2 average i... View the full answer