The coordinate plane below represents a town. points a through f are farms in the town.

Part A)

You can isolate Point E , by drawing a solid horizontal line at Y4, which be be the equation: y ≥ 4

Then in order to isolate point D you need an angles line, since you already have a horizontal line at Y 4 use this as the Y intercept, which would mean the point is (0,4) give the line a slope of 1 and you can reverse the first point to get the other point ( -4, 0), this will be a solid line to include the y intercept of 4:

This equation would be: y ≥ x + 4

Now see attached picture showing the two lines and shaded area would include D and E

Part B)

To verify D and E are solutions, find their X and Y coordinates:

D is at (-4,2)

So looking at the second equation from Part A replaxe x with -4: y = -4 + 4 = 0 and the Y is 2, which is greater tah 0, so D is a solution.

E is at (-1,5) and using the first equation from Part A, 5 is greater than 4, so this is also a solution.

Part C)

You can give X a number and solve for Y. Do this twice to create 2 points, then you can draw a line connecting the two points to see which farms you can have chickens on.

At X 0, Y > -4, so your first point is (0,-4)

At X 1, Y> -1, your second point is (1,-1)

See the second picture with just the red shaded area. Any farm located in that area can raise chickens.

hi,

3. 12.15, you are correct.

4.2.01, your first digit is correct,

hope this !

what statement? is there an image?