As you can see in the image, point C must be (-2, -2), because it is the only point that will create a right triangle that is in the third quadrant.
To find the distance between point A and point C, just subtract the y-values.
Answer:
10 months and $700
Step-by-step explanation:
1) $500 and $20 a month
Month 1: 520
Month 2:540
Month 3:560
Month 4: 580
Month 5:600
Month 6:620
Month 7: 640
Month 8:660
Month 9:680
Month 10:700
2)$300 and $40 a month
Month 1: 340
Month 2:380
Month 3:420
Month 4: 460
Month 5:500
Month 6:540
Month 7: 580
Month 8:620
Month 9:660
Month 10:700
<span>Think about which perfect squares lies on the immediate left of 52 and which lies on the immediate right of 52.
49 ---- 52 ------- 64
After that, take the square roots of each of the three numbers.</span>
We have to prove that Quadrilateral ABCD is a parallelogram.
The third step is m AEB = mCED
As ABCD is a quadrilateral, the point of intersection of diagonals being E.
In the first step while proving it is written that Diagonals bisect each other i.e
AE = EC and BE= ED
After drawing the quadrilateral it is being found that ∠AEB and ∠CED are vertically opposite angles.
Out of the given five options option (D) is the correct option. which is vertical angles theorem.
vertical angle theorem states that if two lines intersect at a point ,then their vertically opposite angles are equal.
If no two numbers are the same, then there's no mode.
