I think is
(x + y ) ( 2x - xy + 2y)
2x2 - x2y + 2yx + 2xy - xy2 + 2y2
Use the Chinese remainder theorem. Suppose we set

. Then clearly taken modulo 12, the second term vanishes, and incidentally

; taken modulo 13, the first term vanishes, but the second term leaves a remainder of 2. To counter this, we can multiply the second term by the inverse of 12 modulo 13, which is 12 since

.
So, we found that

, but the least positive solution is

, and in general we can have

for any integer

.
Now, since

, or

, we know that there are 32 possible integers

that satisfy the congruences.
Answer:
48
Step-by-step explanation:
64*3/4=48
The y-intercept is 28, while the slope is

I did this by moving the x to left, then dividing everything by 4.
Y=-1/2x+9/2
Mark brainliest please
Hope this helps