<p>what was the one with the adding the negative square roots?</p>
<p>I put 7isqrt3 for that one, but that’s most likely incorrect.</p>
<p>@stanford Must have been D or E (J or K) as it went:
1? 2.5? 3.333?</p>
<p>@caseyl123 I put 7i + 3?</p>
<p>5 was choice D/J, i plugged in all of the choices with both 1 and 4, and 5 was the only one that had both answers less than or equal to 3</p>
<p>yea, LJGoBlue, it was 7isqrt3</p>
<p>It was 7isqrt(3). I’m 100% sure</p>
<p>it was 7i sqrt(3)</p>
<p>and absolute was 5, and the length was just 1:5</p>
<p>What was the LCD of a question. I totally forgot how to do that lol</p>
<p>I put the most ^expotents one ( I took all numbers and found the greatest exp. )</p>
<p>so it was something like 17^2 62^3 and stuff</p>
<p>NOT SURE IF RIGHT</p>
<p>Considering this looks harder than most math sections, how many would I need to get right out of the 60 to get a 30?</p>
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<p>I think the LCD one was the lowest 17 x something x 61squared</p>
<p>Princeton Review had an exact problem like that in their book i think, it might’ve been the red book though</p>
<p>@college probably around 54-60</p>
<p>Did you put B or D for the one with the congruent triangles proof?</p>
<p>congruent was B.
LCD was 17X62^3Xhighernumber^2</p>
<p>@howgoesit i put the one that was SAS. i dont have a clue how i remembered that since i havent done that in 2 years, but i think that was right.</p>
<p>@seasmart Thanks. That’s what I put.</p>
<p>Another answer was -m^5p^37, right?</p>
<p>yep. just plugged in for that.</p>
<p>Thanks man</p>
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<p>What was the answer to the proof one? I think i picked D (It looked like SAS)</p>
<p>for the LCD, the answer was whatever all of them had in common right?</p>