Find the measure of the missing angles. 100° b = C=
2 answers:
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The first thing that we need to do when solving a linear inequality, is drawing the line:
That is, we must draw the line y=(3/4)x+2.
We know that two points are enough: For example, for x=0, we immediately get y=2.
While, for y=0, we have (3/4)x=-2, that is 3x=-8, which yields x=-8/3.
Thus, we got (0, 2) and (-8/3, 0), which are the x-intercept and the y-intercept, respectively.
We draw the line through these lines, but it must be dashed since the points on this line are solutions of the equation y=(3/4)x+0, NOT solutions of the inequality.
Now, we can check which side to color, by picking a point not on the line, for example (0, 5), as follows:
for x=0, y=5, substituting into the inequality we have 5<2, which is not true. So, the part of the plane above the line is not a solution, but rather, the lower part is.
That is, we must draw the line y=(3/4)x+2.
We know that two points are enough: For example, for x=0, we immediately get y=2.
While, for y=0, we have (3/4)x=-2, that is 3x=-8, which yields x=-8/3.
Thus, we got (0, 2) and (-8/3, 0), which are the x-intercept and the y-intercept, respectively.
We draw the line through these lines, but it must be dashed since the points on this line are solutions of the equation y=(3/4)x+0, NOT solutions of the inequality.
Now, we can check which side to color, by picking a point not on the line, for example (0, 5), as follows:
for x=0, y=5, substituting into the inequality we have 5<2, which is not true. So, the part of the plane above the line is not a solution, but rather, the lower part is.
The graph has been moved 3 units downward, making the range change. The range of f(x) is [-5,5], while the range of g(x) is [-8,2]. The picture is of both functions. f(x) is blue, g(x) is red.
