Please help me solve this?. Chase Quinn wants to expand his cut-flower business. He has 12 additional acres on which he intends
to plant lilies and gladioli. He can plant at most 7 acres of gladiolus bulbs and no more than 11 acres of lilies. In addition, the number of acres planted to gladioli (G) can be no more than twice the number of acres planted to lilies (L). The inequality L+2G>=10 represents his labor restrictions. If his profits are represented by the function f(L,G) = 300L + 200G, how many acres of lilies should he plant to maximize his profit? . . . I know this:. . L <= 11. G <=7. L + 2G >= 10. . And of course, his profit is represented by 300L + 200G.. . I'm trying to figure this out, it's the last math question I have to do tonight and I just can't get it. Usually these are easy for me. Thanks in advance.
Chase Quinn should plant 7 acres of lilies to maximize his profit.
I am hoping that these answers have satisfied your queries and it will
be able to help you in your endeavor, and if you would like, feel free to ask
another question.
The choice a could not be true because the value of f(1) is
already equal to 5. Therefore, the value of f(1) cannot be 1. This is one of
the properties of a function that for every value of x, there should be only
one corresponding value of y.
