The first thing to do is to find the equation of the line. A line, m, that is perpendicular to another line, k, always has a slope that is the opposite of the inverse of the slope of the second line, k. In this case, the line I've named k has a slope of 2. So the slope of the line we need, which I've named m, will be the opposite of the inverse, which is -1/2. To get the y- intercept, plug in the point you already have and solve.
y=mx+b
3=(-1/2)4+b
3=-2+b
5=b
So the y-intercept for m is 5, giving us the equation for m, which is y=(-1/2)x+5. Now just substitute the second point and solve.
h=(-1/2)2+5
h=-1+5
h=4
The point is (2,4), and so h is 4.
-10 over 4 i think...
The slope of a line that passes through two points is (difference in y) / (difference in x).
It is a line that passes through or nearly passes through the plotted points on the coordinated grid.
No
5/6
Given a straight line joining the points A and B, the perpendicular bisector is a straight line that passes through the mid-point of AB and is perpendicular to AB.
-10 over 4 i think...
y=-x
Where are the points!
The slope of a line that passes through two points is (difference in y) / (difference in x).
The origin and infinitely many other points of the form (x, ax) where x is any real number.
It is a line that passes through or nearly passes through the plotted points on the coordinated grid.
No, because the second line is not defined.
To find the perpendicular distance between two points, you can use the distance formula and the concept of perpendicular lines. First, calculate the distance between the two points using the distance formula. Then, find the slope of the line passing through the two points. The perpendicular distance is the length of the line segment that connects the two points and forms a right angle with the line passing through them.
y - 2 = 0
there are 6 lines can pass through 4 noncollinear points.
Write the equation of the line that passes through the points (3, -5) and (-4, -5)