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Magazine Problem 13
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. Through \((2,3)\) and is a vertical line.
Problem 14
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. Through \((-1,7)\) and is a vertical line.
Problem 15
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. Through \((2,3)\) with slope 0
Problem 16
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. Through \((5,-3)\) with slope 0
Problem 16
Determine the intercepts and graph each linear equation. $$x+y-2=0$$
Problem 17
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. With \(x\) -intercept \((-5,0)\) and slope 2
Problem 18
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. With \(x\) -intercept \((3,0)\) and slope \(\frac{1}{2}\)
Problem 18
Use analytic geometry to prove each theorem. Draw a figure using the hypothesis of each statement. The triangle formed by joining the midpoints of the sides of an isosceles triangle is isosceles.
Problem 19
In Exercises \(7-24,\) find the general form of the equation of the line satisfying the conditions given and graph the line. With \(y\) -intercept \((0,4)\) and slope \(-3\)
Problem 19
Determine the intercepts and graph each linear equation. $$x-y=2$$
