This answer to this is C. y=x+4
From what I understand with the problem, you are only asked to find the value of x which is the number of months. So, you don't really need a graph to answer this question. Just solve this like any other problem in algebra.
100 + 36x = C, where the maximum value of C is $352
100 + 36x = 352
36x = 352 - 100
36x = 252
x = 7 months
Therefore, x should be at most 7 months.
The coordinates of B are (-6,6), using the midpoint concept.
<h3>Midpoint</h3>
The midpoint of two points is given by the mean of the coordinates of these two points.
This is applicable for both the x-coordinate and for the y-coordinate, that is, we have to find the mean of each of the coordinates.
In the context of this problem, we have that:
- The mean of the x-coordinates is of -1.
- One of them is of 4, and the other is of x.
Hence the x-coordinate of B is calculated as follows:
-1 = (4 + x)/2
4 + x = -2
x = -6.
For the y-coordinate, we have that:
- One of them is of 8, and the other is of y.
Thus the y-coordinate of B is calculated as follows:
7 = (8 + y)/2
8 + y = 14
y = 6.
Thus the coordinates are:
B(-6,6).
More can be learned about the midpoint concept at brainly.com/question/25886396
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Provided his $100 budget is for millage only
100/22= $4.54 per day for miles
4.54/0.27= 16.835 miles per day
Length=3x^2
Width=9x^3
Area=L*W=3x^2*9x^3=27x^5=27x^2.x^3
Radius=4x^2y^3
Area of a circle=pir^2=pi*(4x^2y^3)^2