Question

7 and 2.5?

Answer 1

?

Answer 2

what's the question

Answer 3

@Nnesha @Vocaloid @563blackghost

Answer 4

sorry i wish i could help

Answer 5

So we have the point `(0,8)`, `(6,5)`, and `(8,0)`.

Input.

\(\large\bf{3(0)+2(8)=16=P}\)

\(\large\bf{3(6)+2(5)=28=P}\)

\(\large\bf{3(8)+2(0)=24=P}\)

It is asking for the `maximum value` of the function, this means the largest `P` can be. If we look at the equations above we see the largest is `28` made by `(6,5)`.

Answer 6

In conclusion, it is `28`.

Answer 7

It is max value?

Answer 8

Does that mean the quartile etc or is this something else

Answer 9

@563blackghost I'm sorry I just want to have a full understanding of the topic and dont want to fish around for answers

Answer 10

:S

Answer 11

That is alright, I like it when people want full understanding XD

Answer 12

For feasibility regions we are given equations that create something like the graph in your problem.

The `solutions` to this is where the `line intersects with other lines` since the shading is contained within `x-axis and y-axis` they will also include for `solutions`. So we see we have an intersection as `(6,5)` this means it is a `solution`. We see it intersects at `(0,8)` and at `(8,0)` this means these two are solutions as well.

Now, when you plug these into the equation we get a total this is known as the `value`. Some `values`may be larger than others. There is a `maximum` and `minimum` value.

The `maximum` value is where a `solution` makes the outcome be a `large` number (bigger than the others).

The `minimum` value is where a `solution` makes the outcome be a `smaller` number (smaller than the others).