AP Calculus BC 2023 Taylor Series FRQs: What to Look For?

[alsoSallon]

Really wishing I had you as my calculus teacher right now.

[sigh]

Great video. Really shows how formulaic the AP calc exams are from year to year. Nice solutions as well.

[joachimpanam]

Dude is just handing us a 5.

Thank you...
You will never know just how much I appreciate this...

[demetriusdemammos]

Dude these videos are gold. Knew nothing about Taylor series and have watched a few and now get all the questions right pretty much. Thank you for publishing this to the world 👑

[advancedstudy]

I finished the Calc BC Exam, thank you so much for helping. I am very confident and proud of the work I have done, and I am exceptionally thankful toward you.

[elisherman]

Thank you Going into the test barley understanding talyor series, now I'm confident i can get at least 6 points on this question

[NA-jyzd]

this actually saved me on the 2024 bc test i just took today

[lindseyhostudenthbhs]

Thank you so much, you really helped!

[mfcolee]

Thank you so much, you do such a lovely job explaining this.

[Emily-fmpt]

Thanks so much! It definitely gives me a lot more confidence!

[Commander.and.Chief.Killua]

You scared me man. For a moment I thought that this was the frq that I did yesterday day and that I did everything wrong for a second. All I'm gonna say is that one of the answears for part B of frq number 6 was by far the most interesting and unexpected thing I've ever seen. When I studied for my test though a website called flip calculus and did everything BC relate, after that, I took practice tests through my barron's review 2023 calculus, and when I took all of the practice tests including mscqs and frqs, there was an specific equation from the Taylor series that never showed up in the practice tests that I took in the barron's review as well as the previous AP exams. And when I went back and reviewed the Taylor frqs question(since they are 100% guaranteed to be a frq) from all of the previous years, this specific equation did not showed up. But to my surprise I decided to memorize it anyway because I thought that it could show up on the msqs since the msqs from the AP exam are not public. And then on question b of frq 6 I realized that one of the answears for this question had to do with this specific equation that never showed up before, and I found it really funny that I knew how to solve it but I never expect it to show up as a frq. I am not allowed to talk about the frqs before they release them to the public. But know that college board is full of surprises and even if you don't see a question show up in the past, memorize the equation anyway because if I didn't I would have lost a lot of BC points. The moral of the story is that the test is based on everything that you are supposed to know, and if you learn everything that you are supposed to know(memorizing every equation, understanding word problems, being able to interpret them, and their meaning in units, units per time and etc) you will be fine.

[tokiuuu]

I'm watching this a week before my exam. My teacher hasn't taught us anything only got us to unit 5, mind you she doesn't teach at all, if I had a question, she asks me the question I had and expect me to know it. I had to self-study, and I have no idea what I'm doing... But I'm just going to binge watch your videos and pray for the best.

[and]

I love your review videos. I find error bound related questions to be tricky. For some of the questions what does it mean to “justify your answer”?

[iTsRoboYT]

Me when this gets recommended after the exam 😁😁😁😁😁😁

[monkeydimension]

I'm really not confident when it comes to the series question 6. What can I do to improve as much as I can before my test on Monday?

[alittlebitofeverything]

Are polar coordinates likely to come up on the test? For the last few years, they have been asking parametric equations rather than polars

[feelx.]

Why am I even watching this? I am not even in Calc BC LOL

[teenpilot]

i have my calc ab exam on monday and i’m freaking out, any words on advice?

[annieli]

How did you get -x^2 as the ratio? I thought it would be x^2 due to the general term