
now, the angle of θ, can only have a "y" value that is positive on, well, y is positive at 1st and 2nd quadrants
and "x" is positive only in 1st and 4th quadrants
now, that angle θ, can only have those two fellows, "y" and "x" to be positive, only in the 1st quadrant, and also both to be negative on the 3rd quadrant.
and that those two fellows, can also be both negative in the 3rd quadrant
3/1 = 3, and -3/-1 = 3
so, the solutions can only be "3", when both "y" and "x" are the same sign, and that only occurs on the 1st and 3rd quadrants
Answer:
324
Step-by-step explanation:
320 + 4 = 324
Answer:
bhhujnejnj
Step-by-step explanation:
(x,y) = {-2,-5}. I’m pretty sure this is correct. Hope it help!! ❤️
The overlapping diagram you’re looking for is
B. Venn diagram.