From an adult out of school who just watches these for fun: The first one (2023) seems a bit harder since you have to do more derivatives and remember more lesser used formulas involving the Taylor series. I feel like I would have remembered most of the second one (2022)--the main thing I might forget is the formula for a geometric series.
I thought about it a long time ago since a colleague of mine is an AP grader. I think I was busy teaching summer classes back then so I didn’t apply but I will keep that in mind in the future.
A quick question about 0:25. Doesn't the task tell us to find the fourth derivative in general, not just x=0? I got stuck there trying to solve by myself and it'd be great to see a way to get to the answer
Here's the full solution to the 2023 AP calc AB FRQ: ruclips.net/video/3Bar7c9NITE/видео.htmlsi=Mpyr75s5FkBNa2DZ
From an adult out of school who just watches these for fun: The first one (2023) seems a bit harder since you have to do more derivatives and remember more lesser used formulas involving the Taylor series. I feel like I would have remembered most of the second one (2022)--the main thing I might forget is the formula for a geometric series.
I bet there are more of us--adults long out of school who watch bprp just for fun--than many would suspect. Lifetime love of math keeps us young.
Have you ever applied to grade the AP exams? I know they’re always looking for more college calculus teachers.
I thought about it a long time ago since a colleague of mine is an AP grader. I think I was busy teaching summer classes back then so I didn’t apply but I will keep that in mind in the future.
I remember taking this last year, the lagrange error part was super hard since i couldnt remember the formula but luckily i got a 5 👍
what is ap calculus? can anyone explain to me please
T4(x)=2+1,5x-1/3x²-x⁴/4
A quick question about 0:25. Doesn't the task tell us to find the fourth derivative in general, not just x=0? I got stuck there trying to solve by myself and it'd be great to see a way to get to the answer
Yes, you are right. Luckily I did both 😃
he needed it for the taylor polynomial anyway