Right away we know we don't have fractions; the midpoint is the average of the coordinates, so if it and one endpoint are integers so is the other endpoint.
We can do a kind of point arithmetic:
C = (A+B)/2
2C = A+B
B = 2C - A
B = 2(6,1) - (1,3) = (12,2)-(1,3)=(11,-1)
Answer: That's none of the above, but a typo away from the first choice.
Answer with explanation:
<u>Part A: </u>
One solution.
The number of points of intersection represents the number of solutions. Since the two lines only intersect at one point, there is only one solution.
<u>Part B:</u>
(3, 4)
The point(s) of intersection marks the solution(s) to the lines. Since lines A and B intersect at the point (3, 4), the solution to the equation of their lines is (3, 4), or 
, as coordinates are written as (x, y).
Answer:
dsgberhyujxgkloyjnhbgfvbhnjklkjhbgfdfghjkiopolkjhgfew
Step-by-step explanation:
Alright, so since anything can be squared, the domain is (-inf, inf)
Answer:
48
Step-by-step explanation:
p/100×25=12
p/4=12
(p/4)×4=12×4
p=48
I hope this makes sense
