Uploaded April 2023 | Updated September 2026, 1 hour ago
In this video we do 24 AP calculus multiple choice problems from the College Board's AP Calculus AB & BC Course and Exam Description document (which was called the Curriculum Framework back then). 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 2012-2013 version.
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: limit definition of derivative; signs of first and second derivative; implicit differentiation; volume of revolution; sign chart/function analysis; chain rule; separable differential equations; average rate of change; speed increasing/decreasing; antiderivatives; limits to infinity; area of regions; second fundamental theorem (2nd FTC); slope fields; radial density function; continuity; interpreting from table; velocity; accumulation functions; average value; local linear approximation; integral of rate for total; fundamental theorem (impossible integral)
#apcalculus #apexams
In this video we do 24 AP calculus multiple choice problems from the College Board's AP Calculus AB & BC Course and Exam Description document (which was called the Curriculum Framework back then). 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 2012-2013 version.
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: limit definition of derivative; signs of first and second derivative; implicit differentiation; volume of revolution; sign chart/function analysis; chain rule; separable differential equations; average rate of change; speed increasing/decreasing; antiderivatives; limits to infinity; area of regions; second fundamental theorem (2nd FTC); slope fields; radial density function; continuity; interpreting from table; velocity; accumulation functions; average value; local linear approximation; integral of rate for total; fundamental theorem (impossible integral)
#apcalculus #apexams
