The answer is B because the slope is always the one multiplying the x and the 1 is negative because the equation is y-y1=m(x-x1)
Answer:
(-3,0)
Step-by-step explanation:
The two points that are located on the line y=5 are (-3,5) and (8,5), so the other two points have to be on the same line y=0 because of the y coordinate in (8,0). The shape is a rectangle so the the distance between (-3,5) and (8,5) will be the same as (8,0) and S. So, S has to be at (-3,0).
30 tens is the same value as 300. 30 x 10 = 300
Given line q and line r, with equations
<span>y = m x + b1 y = m x + b2</span>
such that these are different lines, with identical slopes. Prove that line q || line r.
If these lines are parallel, then they will not intersect. Assume the lines intersect. Calculate the point of intersection. Since these equations already have the same slope, we may as well subtract one equation from the other one.
This gives us the following equation:
<span>0 = <span>b1</span> - <span>b2</span> <span>b1</span> = <span>b2</span> </span>
If <span>b1</span> = <span>b2</span>, then line q is the same line as line r. This contradicts the given conditions.
Therefore, line q and line r cannot intersect. If line q and line r do not intersect, they must be parallel.
