<p>hopp: I think so, confirmed?</p>
<p>also number line with distance of 6 apart or something</p>
<p>|a+b|less than or equal to 6</p>
<p>I figured it was diameter because it said line segment. Hope it’s not the arc. =/</p>
<p>There’s another number line of |a x b| is it D, whic his 0 <D < 1</p>
<p>3x=6- 17</p>
<p>What was the question to this answer?</p>
<p>Ha, that’s the first one I bet you get it right</p>
<p>that question with the sphere said “line segment” not arc, so teh line would have to be straight. and plus collegeboard always has exact answers, and never gets ppl to round. so i put 6.</p>
<p>The most embarrassing problem for me was right sat the beginning where they ask you to find the height of the right triangle. when they gave you its area.</p>
<p>I must have spent 5 minutes making it into a square etc. before realized that A=.5bh.</p>
<p>Sigh.</p>
<p>“-1 is not going to be a 800, this math section was way too easy.”</p>
<p>There were 2 “broken” questions.</p>
<p>The xy = x + y where y > 2 one.</p>
<p>And the diameter/SA fill-in.</p>
<p>If there isn’t a curve, I’m going to take the ACT instead of the SAT from now on.</p>
<p>L</p>
<p>also number line with distance of 6 apart or something</p>
<p>|a+b|less than or equal to 6</p>
<p>isnt it |A-B|</p>
<p>because it doesnt matter which is bigger, A or B</p>
<p>A = 3
B = 4</p>
<p>A-B is -1
B-A is 1</p>
<p>at the end u just know its 1 as the distance apart becuase of absolute value
and that it has to be less than or equal to 6</p>
<p>Going back to what I said before, the consensus was that PQ has to be > PR unless R is not in the middle. If R is in the middle, QR = RS (try it out…PQ = PS, share the same height, by pythagorean theorem, QR=RS). So explain to me why PQ DOESN’T have to be bigger than RS too?</p>
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<p>^For clarification.</p>
<p>EDIT: I finally get it. Damn, I had that initially too.</p>
<p>Anybody have a guess of what -2 would be?</p>
<p>anyone get 1319 for the venn diagram one where you had to find everyone with 2 choices?</p>
<p>Bob, because R isn’t necessarily in the middle of Q and S. It could be off to one side or the other.</p>
<p>Yes, fire.</p>
<p>please keep this list constantly updated so those who just come one can see, I’m off soon, just can’t use all my time on something that I can change (looking for and discussing all possible answers)
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
Triangle with <of 79,=“” colinear=“” angle=“101” 3x=“6-” 17=“” f(x)=“”> f(3)- 5
y^2 - 2y
mode < mean < median (70 < 75.5 < 80)
Sequence (100,2,100,4,100,6) - 0
Slope = -2/3
2x + by and 2x + 10y parallel b=10
Y = x^y + x (special function with delta sign) - 2
area of two triangles and 3x4/2 + 5 x 12/2 = 36
Earthquake chart- 562
What else?</of></x<2></p>
<p>PQ has to be > PR unless R is outside of Q or S, and the problem specifies it isn’t. I don’t really see the issue here.</p>
<p>Does anyone know about the one with the $210? I don’t remember exactly something like someone got 1/2 and someone else got 1/2 less than that?</p>
<p>What was the answer to P and R points on a line and you had to make an inequality</p>
<p>Answer was Al gets 60 dollars.</p>
<p>Can anyone explain how the venn diagram is 1319? I got 977. I added up the three areas with exactly two, and subtracted the area that was all three.</p>
<p>^^ lol u said it yourself. the question asked for the ones with EXACTLY TWO, not three, so u only need to add the three areas that had EXACTLY TWO</p>