Answer:
Minimize C =
and x ≥ 0, y ≥ 0.
Plot the the lines on the graph and find the feasible region
-- Blue
--- Green
So, the boundary points of feasible region are (-3.267,4.3) , (0,1.85) and (2.467,0)
Substitute the value in Minimize C
Minimize C =
At (-3.267,4.3)
Minimize C =
Minimize C =
At (0,1.85)
Minimize C =
Minimize C =
At (2.467,0)
Minimize C =
Minimize C =
So, the optimal value of x is -3.267
So, the optimal value of y is 4.3
So, the minimum value of the objective function is -29.571
This has one solution because x can only equal 400
Answer:
1,196
Step-by-step explanation:
Divide 8,367 by 7 and that will come out to 1195 with two tables left over. You will need to use a extra box and add packing paper to put the 2 extra tables. then if you add 1,195 + 1= 1,196
Step-by-step explanation:
On a frigid, foggy Christmas Eve in London, a shrewd, mean-spirited cheapskate named Ebenezer Scrooge works meticulously in his counting-house. Outside the office creaks a little sign reading "Scrooge and Marley"--Jacob Marley, Scrooge's business partner, has died seven years previous. Inside the office, Scrooge watches over his clerk, a poor diminutive man named Bob Cratchit. The smoldering ashes in the fireplace provide little heat even for Bob's tiny room. Despite the harsh weather Scrooge refuses to pay for another lump of coal to warm the office.