I think it’s A i’m not 100% sure tho ❤️
We know that the diagonals of a square bisect each other which results in the formation of 4 - 90° angles . Which means ZX = 2 × WT . Then ,
= ZX = 2 × 6
<h3>
= ZX = 12 ( ZX is a diagonal ) </h3>
Side XY =
XY = √2 d/2
XY = √2 . 12/2
<h3>XY = 8.48528 </h3>
m∠WTZ = 90° ( as the diagonals of a square intersect to form a complete angle ( 360° ) which is divided into four equal parts , each part being 90° )
<h3>m∠WTZ = 90°</h3>
m∠WYX = 45° ( WYX is half of one of the interior angles in this square which will mean it will be equal to 45° )
<h3>Therefore , m∠WYX = 45° </h3>
<h2>In short : </h2><h2>ZX = 12 </h2><h2>XY = 8.48528</h2><h2>m∠WTZ = 90° </h2><h2>m∠WYX = 45°</h2>
Hmm, it actually doesn't exist because at x=3, that is where the absoluve value turns into 0. the graph has a point at x=3 and there is no slope of a pointy part of a function. I mean the slope is undinfed, it is DNE
8n + 4 is the correct answer....i think