<p>Knuffles, do you remember what the other choices were for that question?</p>
<p>*i mean the intense pleasure question</p>
<p>Knuffles, do you remember what the other choices were for that question?</p>
<p>*i mean the intense pleasure question</p>
<p>YES! I got all those 3 right…you didn’t have a math experimental right? That means this section is the real one?</p>
<p>^ knuffles: did they give the radius for that circle in square question? i kind of rmb that question and kind of dont as well (gosh my memory)</p>
<p>I think the question was that the square and the circle had equal areas…and they say “let the radius of the circle be r” and you have to express the area of the square in terms of r</p>
<p>ok i think i probably got that right, though i really can’t rmb</p>
<p>if you took the area of the square and the area of the circle as equal, you would have gotten D, which was incorrect.</p>
<p>The question said the area between the square and the circle was equal to the area of the circle. (The circle did not touch the square).</p>
<p>@hugedilemma:</p>
<p>they gave it as r</p>
<p>Edit: i’m pretty sure I remember all the math questions, actually O_o, So if anyone has any questions about math. As for reading, the answers are ALL debatable. -mumbles- So no hope there.</p>
<p>@dwarfwarri:
no, I had a reading experimental (I think venice). So these were all legit sections.</p>
<p>I also had the cube question, so that one wasn’t experimental either.</p>
<p>Anyone remember the question about the triangle where you increase the base’s length and have to find out the new angle measure? The options were like 25, 30, 45, 50, 60 or along those lines. I estimated a 30 out of it, but I couldn’t figure out the exact method to work it accurately. I guess it was either 25 or 30… any takers? That was the only math question that ****ed me off.</p>
<p>By the way, what’s the consensus on CR difficulty? Was it hard for most? Hope so… need that curve to be lenient.</p>
<p>^ knuffles: the way i remembered that question was like this - there was a circle inside of a square and the area inside of the square that is not covered by the circle is shaded. is that the correct question?</p>
<p>@SATisfag
I believe that question was 55. It came out that x+125 = 180.</p>
<p>@hugedillema:
yes. The area between the circle and the square = area of circle.</p>
<p>@Jimmy
I don’t remember that question, it could have been experimental.</p>
<p>And to be honest, I think CR was fair.</p>
<p>One more thing, the question between licentious and oppressive was something along the lines of:</p>
<p>society really was dissolute, it was not merely condoned, but indeed encouraged to be _______ to be fashionable.</p>
<p>and dissolute = licentious</p>
<p>what was the answer to the last question for math?</p>
<p>What was the last question?</p>
<p>a^2sqrtb/sqrtab^2 = which of the following. it was so workable, but i was pressed for time</p>
<p>@hugedilema:
the answer to that question was D.
(a/b^3)^1/2</p>
<p>and the question was a^2<em>sqrt(b)/b</em>sqrt(a).</p>
<p>I’ll give you the solution if you want it, but I hate writing all the exponents and such, so i’m not writing it down unless requested. -.-'</p>
<p>I chose admiration.</p>
<p>^^ knuffles try plug in numbers in that question i think the answer would be E</p>
<p>anyone recall writing questions? what were your NEs?</p>
<p>lol, I wrote it wrong. it’s suppose to be: (a^3/b)^1/2 which is D.
if we plug in a=1 and b=4 to the original we get:</p>
<p>1sqrt(4)/4<em>sqrt(1)
= 1</em>2/4*1
=1/2</p>
<p>if we do the same for (a^3/b)^1/2:
(1/4)^1/2
=sqrt(1/4)
=1/2</p>
<p>=D</p>
<p>I actually remember writing in E the first time, and realized I was mistaken. The answer E was (a/b)^3/2. and was only correct if the question was:</p>
<p>a^2<em>sqrt(b)/b^2</em>sqrt(a)
but there was no exponent on the b, so the answer was D.</p>
<p>my NEs were:
<p>timmy could you elaborate on 2 and 3, what were the sentences like again? i rmb i almost had 3 Es in a row, then I changed it to A E and something</p>
<p>I only had 2 Es and I was fairly sure about that section…</p>