<p>I believe that was experimental no?</p>
<p>I don’t remember either of those two bold questions.</p>
<p>Both experimental.</p>
<p>I don’t think they were exp.
Yes, I got a+b-2y</p>
<p>
</p>
<p>a^2+2ab+b^2</p>
<p>are you thinking of that question?
or was it experimental?</p>
<p>I don’'t remember either of the bold questions, and I had experimental writing, but my memory may be faulty.</p>
<p>Ah the bold is all one question, the colon just leads to the answer below it, it stretched onto two lines accidentally.</p>
<p>But, nah it can’t be experimental. I had the experimental writing not math. Buuuuut, I was looking at released SAT math questions just minutes before the test started so I’m not sure if I’m actually just remembering a previously released question, which is why I asked if anyone else remembered it. We ARE missing 7 or 8 questions so its possible that that question is one of them.</p>
<p>oh, I’m almost positive that the bold question is experimental.</p>
<p>It is experimental.</p>
<p>Seriously?
Because I remember the answer, and I had writing experimental, I thought.
ARGH! I can’t remember anything now.</p>
<p>It is experimental, and seriously, there are 8 questions left? They are probably the very easy ones like 1-5</p>
<p>goldy, did you have TWO 35 question writing sections? Because if you did, you would know.</p>
<p>Trust me, doing writing once sucked. Doing it twice sucked worse.</p>
<p>The question said, as closely as I can remember it:</p>
<p>There are “a” terms in set A, “b” terms in set B, and set Y contains all terms that appear in both set A and B. What expression gives the number of terms that do not appear in both A and B.</p>
<p>So: **a<a href=“the%20number%20of%20terms%20in%20set%20A”>/b</a> **+ b<a href=“the%20number%20of%20terms%20in%20set%20B”>/b</a> **-2y<a href=“which%20accounts%20for%20the%20terms%20that%20repeat%20in%20both%20sections%20because%20the%20question%20only%20wants%20those%20that%20do%20not%20appear%20in%20both%20sections%20but%20are%20unique%20to%20each%20set”>/b</a>.</p>
<p>Consolidated List -copy and paste! 47/54
Birds were 1/4 of the pets
(n+2)(n+3)/2
minimum of lxl-4 is -4
some divisible by 6
20 students question was I and II
72 degrees
2x+y was 104
6 X 8 X 4 = 192
number line was A
7/9 for pentagon in triangle
triangle in square 1/8
(0,a) 4x+2y=48-> 16
Pictograph of beach->C
c/b: 1/3
Chairs: 22
Triangle/square thing: 3sqrt2
90%/10%: 81
3 circles (AB=): 1
Some circumference thing: 10pi
Another circumference thing: 32pi
Slope of one side is m: -m
Temperature: 4.5
Four digit number: 9970
Phone: 6
g(0): 6
Systems of equations with infinite solutions: k=104
c+xb
x+1/y
Juniors and seniors: 2/3
The rectangle was 4 by 4.
3^n sequence: none
Parabola [a(X-2)^2]: 8
j^4=K^3
4 or 28
AB/NB is 11
5x+3=4x+6 is 3
if x+y= 240, then what is z? 60
9/8 french students
pie graphs for x,y,z is A
perimeter of triangle is 18
36 people on the bus
the meal was 36
cb+cx=c-> 1
27(y-1)->54
4 yards of cloth is 28.80
3 times a number is 4 greater than that number = 2
x+y=sqrt(n); (x+y)^2 = n</p>
<p>7 more questions! We can do it!</p>
<p>^^^lol, I thought I did, but now I’m not sure.
Plus I thought someone said that there was something about a pentagon and a circle on their exp., and I def. didn’t see that.
lol, all the reading I’ve done on here has mixed me up…</p>
<p>I had two 25 minute/35 question writing sections. YES it SUCKED. That math question either never appeared in the SAT yesterday, or it was a real question, but there is no way that it was an experimental question - I can be sure of that.</p>
<p>But like I said the question could have come from a previously released test as I was looking through old tests just minutes before the SAT started (I bought the blue book into the testing room with me).</p>
<p>
</p>
<p>Was that the answer to #17 on one of the sections? I remember I got an answer of “1” for a question that was #17 and was on the left page, top right…
I recall it being a triangle though… hmm maybe im just imagining something…</p>
<p>there was the triangle and rectangle one … i got 3 root 3 … originally had 3 root 2… i think it is 3 root 2 
…</p>
<p>yeah, that was top left.</p>
<p>if was three circles with a number line and you had to find the difference from A to B which was not shown using the radii of the circles.</p>
<p>Wait, so if I got -1 MC and -1 Grid-In, what do you think that would be?
I missed 4 MC and 1 Grid-In in January and got a 680 :(</p>
<p>^^it was 3 root 2.</p>