<p>Please explain 10 and 11 on the grid-ins? I don't remember them
that well.</p>
<p>Does anyone remember getting 5/8 as an answer? Something to do with factors of 40?</p>
<p>I remember 5/8</p>
<p>I believe there is one that talks about equilateral triangles. The ratio between the big and original is 9.</p>
<p>i second 5/8</p>
<p>I remember 5/8. It was my answer.</p>
<p>hey the two squares that were like on top of one another and u had to figure out the rule that applied
wasnt it like b=k (the farthest right anlge)</p>
<p>first, 5/8 is the correct answer.</p>
<p>second, the equilateral triangles was like:</p>
<p>one equilateral triangle has side x , another equilateral triangle has sides three times as long as x</p>
<p>what is the ratio between the big and small?</p>
<p>sqrt of 3 times (3x)^2/4 / sqrt of 3 times x^2/4= 9</p>
<p>^can someone explain the 5/8? That was the one I missed ._.
I took the SAT on 1 hr of sleep, please give me a break :"(
Oh and did you guys get Three for the paperback, hardback book question?</p>
<p>I dont really remember the ratio question. What were the other options?</p>
<p>1,40,2,4,10,20,5,8</p>
<p>10,20,40 are factors of 10, so 5/8 are not.</p>
<p>One q is about the smallest number.
Multiply the smallest neg # and biggest pos # :)</p>
<p>fraction one should be 1/2<x<3/4 (don't quote me on this)</p>
<p>Did anyone get 3/8 for anything?</p>
<p>5/8 is correct b/c 3/8 are factors, the q is asking the fractions of not factors</p>
<p>^oh I put like E for that one I believe.</p>
<p>What were the choices for the 3 circles with a trapezoid inside</p>
<p>^answer was 20, it was a bunch of stuff.</p>
<p>for the last time, could someone explain why this is wrong?</p>
<p>i did 2^(K+4) = 2^k x 2 ^4 = 16 (2)^K</p>
<p>original is 2^K, so halfway is 8(2^k)</p>
<p>n=8</p>
<p>bigb if you put 16 then you didn't notice the chord at the top that was not a radii</p>
<p>yeah well i can't remember the other choices i want to remember what i put.</p>