I'd say B. but that's only because I divided the number of times he flipped the coin by the number of sides it has, 2, and came up with 246. The closest number on here to that is 231 or B. I hope I helped.
X - 2y = 3
<span>4x^2 - 5xy + 6y = 3
lets solve for x the first and substitute in the second:
x = 3 + 2y
4(</span>3 + 2y)^2 - 5(3 + 2y)y + 6y = 3
4(9 + 12y + 4y^2) - 15y - 10y^2 = 3
36 + 48y +16y^2<span> - 15y - </span><span>10y^2 = 3
6y^2 + 33y + 33 = 0
we can solve using the general quadratic formula:
y = (-33 +- </span>√(33^2 - 4*6*33)<span>)/12
</span>y = (-33 +- √(297)<span>)/12
</span>so there are 2 solutions for y:
y1 = (-33 + √(297)<span>)/12
</span>y2 = (-33 - √(297)<span>)/12
</span>pick one and then substitute the y value in the first equation to find x
Answer:
A. 32
Step-by-Step Explanation:
∠QRP = 32
if two sides of a triangle are congruent, then the angles opposite those sides are congruent.
∠QRP ∠QPR
Substitute ∠QPR 32° into ∠QRP : ∠QRP 32°
Hey there,
Your question states: You have a 332 feet fencing to enclose a rectangular region. What is the maximum area.
Your correct answer would be
6,889.Reason/explanation: The formula that we would use is



_____________________________________________________________
So by this, now that we know that

We do . . . 83 × 83. . .
And you final answer would be
Option A.) 6,889Hope this helps you!
~Jurgen