<p>Same here, that abcde is the only one that I got wrong (that I know of). Do you know what the curve for 1 wrong is?</p>
<p>What did you guys get for the square problem? The area is z and we needed to find the shaded region.</p>
<p>it’s a 780 or 770. i took it three times and got either 780 or 770</p>
<p>mpgh000: (3/4)z</p>
<p>I got 2/3 for that one, just made one square and two triangles form the odd shape, counted 4 triangles shaded and two not so 2/3</p>
<p>i know the answer to the triangle ratio side is 4:1</p>
<p>but was that answer choice E? perhaps??</p>
<p>no it’s 3/4. Cut the square into quarters and move the triangle into the other empty space so it fills up that half filled quarter. Then, you see that 3/4 of the square is shaded.</p>
<p>@arctk3 it had to be 3/4 because when you put the two triangles together it made up 3/4 of the square if you divided it up into 4 little squares.
The last side of the triangle with perimeter 20 and side 5 had to be 7.</p>
<p>@swedish i think you’re talking about the APB problem which 4:1 was the answer</p>
<p>If anyone has some free time, they should organize this onto one page so we’re not redundant.</p>
<p>Wow…for that shaded region one you guys are talking about I put 1/4 thinking we needed to find the area of the non-shaded. That bothers me so much, I knew the exact concept I needed to solve the problem, solved it accurately, but a stupid reading error made me put the wrong answer. :(</p>
<p>What about the question where it asked about the two number sets, which were in both?</p>
<p>Does it have to say inclusive in order to include the bounds of the set?
I.E Prime numbers 1 - 20
Does that NOT include 1 and 20, it has to say inclusive right?</p>
<p>yah</p>
<p>im saying was 4:1 ratio choice E for the ABP problem??</p>
<p>Man I got 2 wrong. I just put some random letters because I was out of time. :(</p>
<p>What about the dog one with weight and inches in the grid in? I put 37 does that work?</p>
<p>And awesome feedback I also got 41.</p>
<p>@000 i put 35 i think it can be anything between 31-41 because the dogs length times 3/2 was 36 and it had to be 5 within that</p>
<p>I think the dog grid in was a fraction…
Could have been more than one answer as it needed to be greater.</p>
<p>I put 31, i think any number so long as it is 1-5 away from 36 can work, since the question said that w and 3/2(x) must have a difference of no more than 5 feet. x was 24</p>
<p>Yeah I think you got the numbers right so 37 does work I think. That’s a pretty small dog lololol</p>
<p>I put 36
@Ferlas
it doesn’t matter if you include 1 or 20 since neither is prime</p>
<p>^ its random. I’ve seen easy tests with leniet curves and hard tests with harsh curves. Hopefully -1=790</p>