The answer would be ΔKML because the right angle of ΔKML is in the same place as <span>ΔJKL</span>
Answer:
Dog: 40 kg
Medicine: 1.6mL
Dog: 35 kg
Medicine: 1.4mL
Step-by-step explanation:
This combination has 0.040.040, point, 04 milliliters of medicine per kilogram of the dog's mass, which is the same as in the table.
This combination has 0.040.040, point, 04 milliliters of medicine per kilogram of the dog's mass, which is the same as in the table.
Answer:
<h2>25.5 cm</h2>
Step-by-step explanation:
<h3>

</h3>

We have been given a system of inequalities and an objective function.
The inequalities are given as:

And the objective function is given as:

In order to find the minimum value of the objective function at the given feasible region, we need to first graph the region.
The graph of the region is shown below:
From the graph, we can see that corner points of the feasible region are:
(x,y) = (15,30),(30,15) and (30,60).
Now we will evaluate the value of the objective function at each of these corner points and then we will compare which of those values is minimum.

Hence the minimum value of objective function is 975 and it occurs at x = 15 and y = 30