<p>My mistake, I meant 45,45-90 Isosceles. Question works if you use a higher or lower angle for Q/S. The A/B conundrum only occurred if you made it a 45-45-90.</p>
<p>I think I got -1 off on the last open ended question.</p>
<p>What do you think my score will be?</p>
<p>(x+1)=(y-1) i think, it said that y part was directly proportional, so there is a constant in front of the x part.</p>
<p>rearrange, and you get y=a(x+1)+1 where a could be any constant.</p>
<p>it said when x is 0, then y is 10, so that means a is 9.</p>
<p>then you just plug in the numbers 1 and 2 and do the subtraction.</p>
<p>Anywhere between 770 and 800 depending on the curve mary.</p>
<p>@ Gaeoz, Wow dude I feel dumb now. I thought it meant Add to Y-1 the difference in X+1 </p>
<p>(So 10-12-14) =/.</p>
<p>chart was
0 1 2
10 a b</p>
<p>1 -> 9
2 -> 18
3 -> 27</p>
<p>28-19 = 9</p>
<p>It was A/D, not A/B, but it still works for all angles. If it is isosceles, the altitude is the median.</p>
<p>Sadly, I have a feeling this isn’t going to be a great curve since this one was a lot easier than the last one (at least in my opinion). If only I didn’t mess up that one question! I made a stupid mistake and ended up putting 10 instead of 9.</p>
<p>But what can you do…</p>
<p>-1 is not going to be a 800, this math section was way too easy.</p>
<p>
</p>
<p>I agree. I’m just hoping it’s not a 770; that would be disappointing.</p>
<p>nobody says R has to be in the middle. Put R to the right, and move P down about 3 inches and you’ll see the logic.</p>
<p>Didn’t it say R is in between them? Otherwise whats the logic that PQ>PR?</p>
<p>Ahhh, it did just say they were collinear. I don’t remember it saying equidistant.</p>
<p>Nobody said that QR = RS</p>
<p>PQ is always greater than PR nuff said.</p>
<p>Explanation: PR cannot be greater than PQ unless you move R outside the middle.</p>
<p>Can someone think of other problems other than these:</p>
<p>Quadratic- 12
Vertices- 1/5
Triangles with shaded part 3pi
b-a = 9
Venn Diagram 1319
Pie Graph 832
27/8
Logic- calc/wed
1<x<2 area=“” of=“” figure=“” with=“” triangles=“” on=“” inside=“” rectangle-=“” 250=“” f(a)=“f(b):” line=“” slope=“” 0=“” pq=“”>PR
Wire- 6
Beads- blue
Tin/copper- 19
Scissors- 1600
101 </x<2></p>
<p>and can we get over these since the majority of us confirmed these answers?</p>
<p>^exactly. :)</p>
<p>Quadratic- 12
Vertices- 1/5
Triangles with shaded part – 3pi
b-a = 9
Venn Diagram 1319
Pie Graph 832
27/8
Logic- calc/wed
1<x<2 area=“” of=“” figure=“” with=“” triangles=“” on=“” inside=“” rectangle-=“” 250=“” f(a)=“f(b):” line=“” slope=“” 0=“” pq=“”>PR
Wire- 6
Beads- blue
Tin/copper- 19
Scissors- 1600
101
3x=6- 17</x<2></p>
<p>4^x + 2^X+1 = </p>
<p>y^2 - 2y</p>
<p>also confirmed answer.</p>
<p>Squiggly function Problem- Answer was x=5 I beleive (the point where the graph was highest).</p>