Refer to the table of the six basic solutions to the e-system.
Which of the six basic solutions are feasible? Which are not feasible? Use the basic feasible solutions to find the maximum value of P = 24x1 + 18x2.
A. Feasible: (A), (B), (E), (F); Not feasible: (C), (D);
The maximum value of P is 246.
B. Feasible: (A), (B), (E), (F); Not feasible: (C), (D);
The maximum value of P is 288.
C. Feasible: (A), (E), (F); Not feasible: (C), (D), (B);
The maximum value of P is 288.
D. Feasible: (A), (B), (E), (F); Not feasible: (C), (D);
The maximum value of P is 126.
Answer: B
You might also like to view...
Provide an appropriate response.Find any local extrema (maxima, minima, or saddle points) of given that
and
A. Local minimum at
B. Local maximum at
C. Saddle point at
D. Local maximum at
Determine whether the statements are logically equivalent.q ? p and ~p ? ~q
A. Yes B. No
Find the quotient using long division.
A. 3m2 + 8m + 7 B. m2 + 8m + 3 C. m2 + 9m + 10 D. 3m2 - 8m + 7
Factor the expression. Express your answer so that only positive exponents occur. x9/7 + x5/7
A. x5/7(x4/7 + x) B. x5/7(x4/7 - 1) C. x5/7(x4/7 + 1) D. x5/7(x4/7)