<p>For the example choice it said it supported her claim or something. I
It didn’t really support tho more like demonstrate</p>
<p>Looking back at my calculator history…
-Did you guys get x^3 < x^2 < sqrt x
-I’ve confirmed 650, 192, 2400, y was the remainder that worked, large coin 1.75, 39+41=80, 6.8, I think I got 9/20 for one problem, 15 left over (easy problem just 1/3 45, 7/4, 125 for tangent problem, 10 for the first grid-in problem, 61-63, 13,860 for something, 8 (could be between 7 and 9),
-I can’t really remember/decipher the rest</p>
<p>Naw it supported it. If you make a claim that cultures hold onto their cuisines, then looking in an immigrant’s fridge and not finding any evidence of assimilation definitely supports said claim. </p>
<p>I got x^3 < x^2 < sqrt x</p>
<p>It is traditionalism because the refrigerator show how immigrants, despite moving abroad, will still keep their own foods in their refrigerator, hence why the author says “dont check an immigrants refrigerator if you are looking for assimilation.”</p>
<p>Oh @agupte sorry that’s what I meant haha!</p>
<p>Yeah the answer was either -3 or 3…whichever one worked when you plugged it in and was biggest.</p>
<p>Plus those answers were<br>
“an illustrative example to clarify a claim” and “a logical demonstration of a theoretical point”
There was no theoretical point, I’m pretty sure?</p>
<p>Yeah its x^3 < x^2< sqrt x because it asked for all values 0<x<1 or something like that</p>
<p>I got assimilation and illustrative example, pretty sure both of those are right.</p>
<p>The point wasn’t really theoretical and it isn’t really a “demonstration”, more of an example.
It’s assimilation because of the combining cultures thing I think.</p>
<p>@dallascowboys1 Nonononnonono. That question was asking about the last sentence of the passage - when old, familiar food was mixed with new foods from other cuisines. That is a clear example of assimilation. </p>
<p>@fireonice That’s what I put as well.
@Castigations I distinctly remember it was 0<x<0.5, which was weird, but the answer is still the same. :)</p>
<p>What was the 61-63 question lol I dont remember it haha. The probability of multiples of 3 that were even was like 2/10 </p>
<p>Does anyone know the November 2013 curves?</p>
<p>guys which one is the one that everyone is saying 13,000. i dont remember that at all, </p>
<p>@dallascowboys1 Can confirm what @nccc1701 said is correct.</p>
<p>@Castigations it was the prime number question. 61 is a prime number but 63 is not so it disproved the problem</p>
<p>I think it was 13860 something along the lines of that but I dont remember the question nor the choices haha xD</p>
<p>@canunot no it was something else. it wasnt 4.1 it was 3.8 or something </p>