<p>@chacha
@Robotics
Thanks.</p>
<p>@Smartdude101</p>
<p>Thanks!, but wasn’t a chunk of square cut out of it?</p>
<p>that one was 44</p>
<p>I distinctly remembered that j and k were diameters of the semicircle problem…</p>
<p>jimmypod/ they were radii. I am 100% sure. I recall the word “radii”… </p>
<p>The answer was [2(j)(pi)]/2 + [2(k)(pi)]/2 = j(pi) + k(pi) = pi(j+k)</p>
<p>Most foolish mistake… oh my god -_-</p>
<p>I may have just ruined a good score. I accidentally recalled them as diameters ***.</p>
<p>Being a dumbass, I ended up with:
(j<em>pi)/2 + (k</em>pi)/2</p>
<p>Someone shoot me. Dumbest mistake… eff the diagram</p>
<p>@jimmy I got (j+k)pi</p>
<p>Oops. :\ Sorry to hear that, but the answer was most definitely pi(j+k)… If the curve turns out to be generous, you might only lose 10 points (perhaps none).</p>
<p>@jimmy I also came to the sudden realization that I missed a question due to me thinking the dog was 18 inches long, when it blatantly said 24. I’m at -2 now.</p>
<p>Unfortunately, I thought the mathematics sections were quite easy and straightforward. I’m expecting a harsh curve. I’m on the border of a 22/2300 as well ~_~</p>
<p>Aim for the best, but always anticipate the worst. </p>
<p>@chachaseeds Oh ouch… what was the other question that you made a mistake on? I really hate how these math questions just somehow seem to trick you with some hidden meaning in the text.</p>
<p>anyone have any curve predictions? :P</p>
<p>If generous, then…
800
800
780
760
etc
Highly unlikely
If the curve is normal
800
790
760
740
720
etc
Most likely
If the curve is HARSH
800
770
740
710
690
etc
Unlikely</p>
<p>any chance of a -2 mc, -1 grid in being a 750? 
ugh maybe ill just sign up to retake it now lol</p>
<p>Is giving an unsimplified fraction in grid ins considered wrong? (For example, giving 6/8 instead of 3/4; fyi, I changed the numbers here).</p>
<p>@wahtsoutside</p>
<p>nope, as long as it fits in the box</p>
<p>I know for certain that I got the ABCDE combinations question, the apples/cents question, and the parallelogram side comparison question wrong. Does anyone know which of these three was on the experimental (I had four math sections)?</p>
<p>@amishphotoclub</p>
<p>the apples/cents question was. I definitely didn’t have it.</p>
<p>does anyone recall the question about deers? What was the question for that one?</p>
<p>I didn’t calculate the points.
Going horizontally it would pass the Y axis (only 9 away)
Vertically, it would it would pass the X axis (only 8 away)
Since it wasn’t tangent (it would have had to be a radius of 8 or 9 radius to be tangent), it had to pass 2 times through each axis.
Just as a check, I calculated the distance to the origin, which was something 12.04. So it wouldn’t have gone past the origin.
Now I realize that last check didn’t matter. Even if the circle went past the origin to quadrant III, it would pass thru once on Y (positive), once on the x axis (negative), once on Y (negative) and once on x (positive). So it would be 4 anyway.</p>
<p>i forgot the letters, so i’ll use (constant1)(constant2)
p was constant1(n)
n was constant2(t)
with substitution that means p was (constant1)(constant2)t
(constant1)(constant2) is just another constant
so p is proportional to t
definition of p proportional to t: p=kt where k is a constant</p>