Jeeeeez the one concept I forgot to review just happened to be way more prominent on this test than that of previous years. Nice.
I’ll be overjoyed if I get a 4.
I hate to say this but I think that was one of the easier Calc tests all year. I’ve really struggled (Bs) all year and decided about 3 / 4 weeks ago I was going to nail it. I must have done 10 old tests in the last 2 weeks. Fingers crossed that I am right
@Jamesesesess any news on the waitlist? I’ve been rooting for you to get in!
Let’s assume I got a little over half the multiple choice right and a third of the free response right. Would that be enough for a 3 because that’s all my college requires for credit.
Also side note this isn’t discussing the test but an already known concept. Did anyone use this rule ∫[f(x) - g(x)]dx + ∫[g(x) - f(x)]dx for one of the problems. I’m not going to say which one for legal issues just kind of interested.
Yes I did, how about the on 2f(x)^2, 4/9?
BTW mods, I’m not including nearly enough for anyone to know what I’m meaning
Yeah, I did. But I messed up the limit of integration and used the y value instead of x value by mistake. Would I still get carry over marks b/c of that 1 mistake?
Okay glad to hear that news. Also @Kylemcg I remember that problem and couldn’t should it so just went with 4/9 too.
And speaking of limits of integration @Martin18, again speaking ambiguously from 0 to 1.03 and 1.03 to 2 anybody for that same one?
ya that’s what i got too. not sure about the last question on frq with, wording threw me off
I feel like I got so many frq questions wrong because I can’t do simple addition and subtraction. Just kill me now.
Yea, definitely 4/9; The separation of variables was impossible. No way in calculus to do that. SMH
Does anyone understand it or should i complain to the college board
4/9? haha.
Wait never mind haha
My experience:
Section 1 part a - hard
Section 1 part b - easy
Section 2 part a - easy
Section 2 part b - hard
FRQ part b was hell
@baller55 I remember that question & didn’t it didn’t seem unfair or super hard.
That test was sooo off from past years…some questions were fine but the overall difficulty level was definitely higher than last years’ test
those are the correct limits
So @Kylemcmorgan 0 to 1.03 and 1.03 to 2 are correct right?
Yes, the problem for me is I had 0 to 1.033 but foolishly put 1.033 to 4 which was the y value instead of 2. I’m worried that I’ll end up getting 0 for that question and the next one about volume of square b/c of wrong limit of integration.