Formulate a linear programming problem that can be used to solve the following question. A plane delivers cargo in two types of crates between two destinations. The light crate is 17 cubic feet in volume and 800 pounds in weight, and earns $14 in revenue. Each heavy crate is 10 cubic feet in volume and 1500 pounds in weight, and earns $23 in revenue. The plane has available at most 1275 cubic feet and 77500 pounds for the crates. Finally, at least twice the number of light crates as the heavy ones must be shipped. Find the number of crates of each type of cargo to ship in order to maximize revenue.

solution:

as, mean is defined as sum of all the observations divided by total number of observations.

and , median is mid value of the data whether arranged in ascending order or descending order.

consider, roadsters:

2,3,4,5,6,7,8,9

mean =

also, median= , because number of observations is even, so median is mean of two mid values.

now, coming to bandits

2,3,4,5,6

mean =  

median = 4, as number of observations is odd.

so, roadsters has greater median as well mean than bandits.

→option a is true about the repairs performed on 2 types of cars:

bandits have lower median and mean than roadsters.

the answer to your question a or b but i am pretty sure it is b. i hope this : )

step-by-step explanation:

step-by-step explanation:

bob the banana