Respuesta :
x > 0 , everything to the right of the y-axis
y > 0 , everything above the x-axis
So far you are in quadrant I of the x-y plane
y<1/5x+2
sketch a line leaning 45° to the left with a y-intercept of 2, shade in everything below that line
now our Objective Function is
C = 7x - 3y , which is a line with slope 7/3
letting that line go through the origin, let it slide parallel to itself over the shaded region until you reach the farthest point from the origin.
Here are the required values :
c = 35; x = 5, y = 0
y > 0 , everything above the x-axis
So far you are in quadrant I of the x-y plane
y<1/5x+2
sketch a line leaning 45° to the left with a y-intercept of 2, shade in everything below that line
now our Objective Function is
C = 7x - 3y , which is a line with slope 7/3
letting that line go through the origin, let it slide parallel to itself over the shaded region until you reach the farthest point from the origin.
Here are the required values :
c = 35; x = 5, y = 0
Answer: The value of x= 5
And the value of y =0.
Step-by-step explanation:
Since we have given that
[tex]Max\ c=7x-3y\\\\y<\frac{1x}{5}+2\\\\5>y+x\\\\s.t.\ x>0\ y>0[/tex]
As we can see from the graph, there are three points occurred in feasible region, which are as follows;
[tex]A(2.5,2.5)\\\\B(-10,0)\\\\C(5,0)[/tex]
Now, we put the above three values in the objective function:
[tex]c=7x-3y\\\\Put\ A(2.5,2.5)\\\\c=7\times 2.5-3\times 2.5\\\\c=17.5-7.5\\\\c=10\\\\Similarly,\\\\Put\ B(-10,0)\\\\c=7\times -10-3\times 0\\\\c=-70\\\\Similarly,\\\\Put\ C(5,0)\\\\c=7\times 5-3\times 0\\\\c=35[/tex]
Therefore, we can see that
At C(5,0) we get maximum value as c = 35.
Hence, The value of x= 5
And the value of y =0.