<p>i have tried accessing the google doc… but i keep getting an error message</p>
<p>try again velocitron. it worked for me this time.</p>
<p>So is the experimental the second or first writing section? </p>
<p>So do you guys think the curve (especially for CR) is going to be really harsh this time?</p>
<p>Whatw as the question asking about the radius of the cylinder in the cube? </p>
<p>Ohh nvmd i remembered it. Im pretty sure ot was 2</p>
<p>yeah it was 2</p>
<p>Why it was two?</p>
<p>They said the V cyl. must be HALF of V cube. 125/2=62.5 Then 62.25/3.14*25=0.79</p>
<p>Volume of cylinder is half of volume of cube.
So, height x pi x r^2= 1/2 x side^3
Height is 5 side is also 5
Therefore 5 x pix r^2= 1/2 x 5^3
15.7 x r^2= 62.5
R^2= 3.98
R=2</p>
<p>What do you think about the curve guys?
Whould it be harsh a little bit lenient?
Any predictions?</p>
<p>how many no errors were there in the writing section, and does anyone remember any of them?</p>
<p>Not quite sure on the curve though, but writing was a tad hard, since ive seen much easier tests</p>
<p>@badGEE thank you for confirming that! Everyone on here has been saying it’s 995 but I remember putting down 986 and I vaguely remember the question asking for an even number. </p>
<p>The question didnt say that ot had to be an even number</p>
<p>If the sum is even then its obviously not a prime number. It asked to give the biggest 3-digit even number who’s digits add up to a prime number. </p>
<p>@livinghigh00 I’d be glad if I could make use of your ebooks.</p>
<p>Are you sure it mentioned that the number should be even because 995 fits the bill</p>
<p>I put that it was 986, which like 995, its digits add up to be 23 (which is prime). I don’t think anyone can definitely confirm what the question said (until the 28th at least), but my blurry post-SAT memory tells me that it did ask for an even 3 digit number</p>
<p>it was the biggest 3 digit number so 995</p>