Use the vertical line test to answer this. Draw a vertical line thru the graph at any x value for which there is a graph. If the vertical line crosses the graph exactly once, you've got yourself a function; otherwise, you don't.
We know, v = a³
So, a³ = 100
a = ∛100
a = 4.64
In short, Your Answer would be: 4.64
Hope this helps!
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
Answer:
1
Step-by-step explanation:
Subtract 8 from 9 to get 1