Act math section february 2012

<p>it was (6)(1.75)</p>

<p>ok cool thank you bmanbro</p>

<p>oh i see, in that case i might have been right in my guess if it was close to that number. Does anyone remember the answer choices for that one</p>

<p>it was 11, cuz it asked u to round</p>

<p>11 was right answer on 2 triangles</p>

<p>Anyone remember the exact wording on the triangle ramp problem?</p>

<p>oh yeah and one of the answers was 18 for the one with the circle type in the square then you had to find the shaded regions area</p>

<p>sorry i misphrased what i was saying, i meant answer choices as in what 11 was as a Letter choice?</p>

<p>needhelpnow123 ya that 5 shaded region question, i got 18 too</p>

<p>I’ll post here the answers everyone has listed so far in addition to some that I got:
Dice problem: 1/2
Shaded regions: 18
Multiplying fractions problem as x gets greater and greater: 0
Simplifying polynomial problem: (W+X)^2-(Y+X)^2
Circle inside circle radius: 1/2x
Large rectangle: 1/2</p>

<p>I will add more as they come. Also, it seems like they like to use 1/2 in their answers a lot…</p>

<h2>Multiplying fractions problem as x gets greater and greater: 0</h2>

<p>It was 1 I’m pretty sure if its the one with the n’s</p>

<p>Can someone please post the exact (or close to exact) wording on the triangle ramp problem?</p>

<p>lol i noticed that too wcclirl44 haha</p>

<p>the fraction multiplying was that they got greater to 1</p>

<p>@MacaroninCheese how? 2/3 * 3/4 * 4/5 * 5/6 * 6/7 * 7/8… gets closer to 0, not 1</p>

<p>(n-1)/n times (n)/(n-1)?
I though it was one because of the horizontal asymtote</p>

<p>i cant remember this correctly but what was the answer to the one where you had to find something about the x (0,0). I remember it being x over 64 and x over 81, something like that.</p>

<p>what was the answer to the last question</p>

<p>same, i said it goes to 0 cuz it keeps decreasing</p>

<p>voberaptor, the answer was 9</p>