Uploaded April 2023 | Updated September 2026, 2 hours ago
In this video we do 22 AP calculus multiple choice problems from the College Board's AP Calculus AB & BC Course and Exam Description document. I've always called it "The Acorn Book" but I don't think it's the official name. Not enough people know about these problems! These are from the 2020 version.
Find the document here:
apcentral.collegeboard.org/courses/ap-calculus-ab
I've included complete solutions, discussion, and helpful hints along the way. Using actual CB problems is the best way to practice for the AP Calculus exam's multiple choice section!
Topics: L'Hopital's Rule (L'Hospital's Rule); Differentiability at a point; product rule; implicit differentiation; related rates; limit of Riemann sum; second (2nd) FTC; u-substitution; slope fields; area (with respect to y); one-sided limits; acceleration from velocity; inferences from tables; points of inflection; integrating rate to get total; integration by parts; logistic differential equation; second derivative of parametric equations; conditional convergence; taylor/maclaurin series; polar area; Lagrange Error Bound
#apcalculus #apexams
In this video we do 22 AP calculus multiple choice problems from the College Board's AP Calculus AB & BC Course and Exam Description document. I've always called it "The Acorn Book" but I don't think it's the official name. Not enough people know about these problems! These are from the 2020 version.
Find the document here:
apcentral.collegeboard.org/courses/ap-calculus-ab
I've included complete solutions, discussion, and helpful hints along the way. Using actual CB problems is the best way to practice for the AP Calculus exam's multiple choice section!
Topics: L'Hopital's Rule (L'Hospital's Rule); Differentiability at a point; product rule; implicit differentiation; related rates; limit of Riemann sum; second (2nd) FTC; u-substitution; slope fields; area (with respect to y); one-sided limits; acceleration from velocity; inferences from tables; points of inflection; integrating rate to get total; integration by parts; logistic differential equation; second derivative of parametric equations; conditional convergence; taylor/maclaurin series; polar area; Lagrange Error Bound
#apcalculus #apexams
