turksvids
AP Calculus Units 6–10 Review AB & BC (2026): You Can Get a 5
updated
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZiztQ-9heM-_mQzDI3t85nJy
Link to Calc AB-level Problem Sets: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics: (Descriptions from CB AP Calculus CED)
10.11: Finding Taylor Polynomial Approximations of Functions
2.1: Defining Average and Instantaneous Rates of Change at a Point
7.3: Sketching Slope Fields
6.4: The Fundamental Theorem of Calculus and Accumulation Functions
Full list of problems/CED correlations for all BC problem sets: docs.google.com/spreadsheets/d/1vAk1aGAB19LM8BB4xzpLC7AVt4EKOk8_o9rFfMN23IE/edit?usp=sharing
Any calculator work is done on the TI-Nspire CX II CAS. If I use the solve function and you don’t have a CAS, you can use graphing and intersection points instead.
*AP® is a trademark registered and owned by the College Board, which was not involved in the production of, and does not endorse, any of my videos or work.
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZiztQ-9heM-_mQzDI3t85nJy
Link to Calc AB-level Problem Sets: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics: (Descriptions from CB AP Calculus CED)
2.3: Estimating Derivatives of a Function at a Point
1.16: Working with the Intermediate Value Theorem (IVT)
5.1: Using the Mean Value Theorem
6.10: Integrating Functions Using Long Division and Completing the Square
6.12: Using Linear Partial Fractions
6.11: Integrating Using Integration by Parts
Full list of problems/CED correlations for all BC problem sets: docs.google.com/spreadsheets/d/1vAk1aGAB19LM8BB4xzpLC7AVt4EKOk8_o9rFfMN23IE/edit?usp=sharing
Any calculator work is done on the TI-Nspire CX II CAS. If I use the solve function and you don’t have a CAS, you can use graphing and intersection points instead.
*AP® is a trademark registered and owned by the College Board, which was not involved in the production of, and does not endorse, any of my videos or work.
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZiztQ-9heM-_mQzDI3t85nJy
Link to Calc AB-level Problem Sets: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics: (Descriptions from CB AP Calculus CED)
6.9: Integration using Substitution
6.11: Integrating Using Integration by Parts
7.7: Finding Particular Solutions Using Initial Conditions and Separation of Variables
8.8: Volumes with Cross Sections: Triangles and Semicircles
Full list of problems/CED correlations for all BC problem sets: docs.google.com/spreadsheets/d/1vAk1aGAB19LM8BB4xzpLC7AVt4EKOk8_o9rFfMN23IE/edit?usp=sharing
Any calculator work is done on the TI-Nspire CX II CAS. If I use the solve function and you don’t have a CAS, you can use graphing and intersection points instead.
*AP® is a trademark registered and owned by the College Board, which was not involved in the production of, and does not endorse, any of my videos or work.
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZiztQ-9heM-_mQzDI3t85nJy
Link to Calc AB-level Problem Sets: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics: (Descriptions from CB AP Calculus CED)
7.7: Finding Particular Solutions Using Initial Conditions and Separation of Variables
6.10: Integrating Functions Using Long Division and Completing the Square
6.11: Integrating Using Integration by Parts
Full list of problems/CED correlations for all BC problem sets: docs.google.com/spreadsheets/d/1vAk1aGAB19LM8BB4xzpLC7AVt4EKOk8_o9rFfMN23IE/edit?usp=sharing
Any calculator work is done on the TI-Nspire CX II CAS. If I use the solve function and you don’t have a CAS, you can use graphing and intersection points instead.
*AP® is a trademark registered and owned by the College Board, which was not involved in the production of, and does not endorse, any of my videos or work.
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZiztQ-9heM-_mQzDI3t85nJy
Link to Calc AB-level Problem Sets: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics: (Descriptions from CB AP Calculus CED)
6.10: Integrating Functions Using Long Division and Completing the Square
6.12: Using Linear Partial Fractions
8.4: Finding the Area Between Curves Expressed as Functions of x
8.12: Volume with Washer Method: Revolving Around Other Axes
Full list of problems/CED correlations for all BC problem sets: docs.google.com/spreadsheets/d/1vAk1aGAB19LM8BB4xzpLC7AVt4EKOk8_o9rFfMN23IE/edit?usp=sharing
Any calculator work is done on the TI-Nspire CX II CAS. If I use the solve function and you don’t have a CAS, you can use graphing and intersection points instead.
*AP® is a trademark registered and owned by the College Board, which was not involved in the production of, and does not endorse, any of my videos or work.
In this video we either find a potential function for a conservative vector field or show that the field is not conservative (by calculating the curl and showing it is not 0).
These are fully worked out problems with commentary.
0:00 Number 14
1:49 Number 15
3:33 Number 16
5:34 Number 17
This is a common topic in Calculus III, Multivariable Calculus
In this video compute a line integral using Green's Theorem to set up the corresponding double integral and then computing its value .
These are fully worked out problems with commentary.
0:00 Number 7
2:11 Number 8
4:13 Number 9
8:36 Number 10
This is a common topic in Calculus III, Multivariable Calculus
In this video compute a line integral using Green's Theorem to set up the corresponding double integral and then computing its value .
These are fully worked out problems with commentary.
0:00 Number 3
1:49 Number 4
4:31 Number 5
7:07 Number 6
This is a common topic in Calculus III, Multivariable Calculus
In this video compute a line integral directly and then use Green's Theorem to set up the corresponding double integral and then compute .
These are fully worked out problems with commentary.
0:00 Number 1
4:02 Number 2
This is a common topic in Calculus III, Multivariable Calculus
In this video we either find a potential function for a conservative vector field or show that the field is not conservative (by calculating the curl and showing it is not 0).
These are fully worked out problems with commentary.
0:00 Number 7
2:08 Number 8
4:23 Number 9
6:31 Number 10
8:06 Number 11
9:53 Number 12
11:41 Number 13
This is a common topic in Calculus III, Multivariable Calculus
In this video we confirm that a vector field is conservative and then use the fundamental theorem to evaluate the line integral.
These are fully worked out problems with commentary.
0:00 Number 3
1:37 Number 4
3:08 Number 5
4:46 Number 6
This is a common topic in Calculus III, Multivariable Calculus
In this video we use the fundamental theorem of conservative vector fields to evaluate line integrals. First we do the line integral the long way (direct substitution), then we use the fundamental theorem.
These are fully worked out problems with commentary.
This is a common topic in Calculus III, Multivariable Calculus
Taylor Series Problem!
Topics: product rule with function notation; evaluating derivatives; constructing Taylor/Maclaurin polynomial; Lagrange error bound; Taylor polynomial based on previous polynomial
Miscellaneous Calc BC Topics!
Topics: area; natural logs; improper integral (notation matters!); integration by parts
Parametric Equations/Vectors
Topics: acceleration vector; speed; solving equation with speed; slope of tangent line; position from velocity (FTC); distance traveled; calculator active
I use the TI-Nspire CXII CAS for all my videos. See here for how to use it on the AP Calculus exam: youtu.be/S0jcV33CLCw
Implicit Differentiation
Topics: implicit (d/dx); horizontal tangent line; vertical tangent line; related rates (d/dt)
Miscellaneous Calculus Topics and a Table
Topics: chain rule; product rule; concave up or down; evaluate definite integral; Fundamental Theorem of Calculus (FTC); 2nd Fundamental Theorem of Calculus (2nd FTC); increasing/decreasing/neither at a point
Function Analysis (Working with the first derivative)
Topics: max/min/neither; intervals concave down from f’; limit; l’hopital’s rule (l’hospital’s rule); absolute minimum (candidates test)
See more about L’Hospital’s Rule on the AP Exam here: youtu.be/0upI8xpYWLM
The Milk Problem! (Differential Equations)
Topics: solution curve on slope field; tangent line approximation; second derivative (implicit differentiation); overestimate or underestimate; separation of variables; particular solution
Particle Motion/velocity & acceleration problem!
Topics: changing direction based on velocity; acceleration; speed increasing/decreasing; distance between position at two times (displacement); total distance from velocity; calculator active
I use the TI-Nspire CXII CAS for all my videos. See here for how to use it on the AP Calculus exam: youtu.be/S0jcV33CLCw
Table/Working with Rate Hybrid problem!
Topics: Interpret definite integral of rate in context; right Riemann sum; MVT (Rolle’s Theorem); average value; derivative on calculator; interpret derivative in context
For help interpreting derivatives in context see this video: youtu.be/GN-88JqU9Ss
I use the TI-Nspire CXII CAS for all my videos. See here for how to use it on the AP Calculus exam: youtu.be/S0jcV33CLCw
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
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: slope of parametric curve (dy/dx); Euler's Method; improper integrals; integration by parts (IBP); alternating series error; Taylor series coefficients; Taylor's formula; nth term of Taylor series; conditional and absolute convergence; distance traveled for parametric & vector valued functions; integral test & left Riemann sums
#apcalculus #apexams
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!
Links to additional useful videos:
Problem 1 (L'Hospital's): youtu.be/wdmUfyC3XT4
Problem 5 (slope field): youtu.be/hR0JdI9V6wQ
Problem 8: (Limits of Riemann sums): youtu.be/QkzH8NVecgQ
Problem 10 (separable diff eq): youtu.be/C7CWd8boRy0
Problem 13 (interpret derivative): youtu.be/GN-88JqU9Ss
Problem 14 (IVT & MVT): youtu.be/gDn9meEwqCI
Topics: L'Hopital's Rule (L'Hospital's Rule); limit to infinity without L'Hopital's; continuity & differentiability; related rates (volume, surface area); slope field of differential equation; definition of derivative; second fundamental theorem (2nd FTC); limit of Reimann sum for definite integrals; average value; separable differential equations; matching a graph to its derivative; increasing & decreasing; interpreting a derivative; MVT & IVT conditions; integrating a rate to get total (accumulation functions); distance traveled
#apcalculus #apexams
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 talk about how to interpret or explain the meaning of a derivative in the context of the problem in which you found the derivative. In general you want to follow the process of identifying the input of the derivative, identify what the original function tells you, decide if our function is increasing or decreasing, and then find or state the units of the derivative. We do a whole bunch of problems pulled from released AP Calculus Free Response Questions (FRQs). The FRQ parts we look at are: 2007B (3a), 2009B (2b), 2012 (1a), 2013 (1a), 2014 (1b), 2017 (2b), and 2021 (1a).
You will definitely have to do this at some point on the AP Calculus AB or AP Calculus BC exam. This is an idea specifically mentioned in Unit 4 of AP Calculus.
AP Calculus Free Response Questions can be found here:
apcentral.collegeboard.org/courses/ap-calculus-ab/exam/past-exam-questions
In this video we go over AP Calculus Review Quiz #7 for 2023.
Full voice over explanations.
Topics: slope fields; sketching solution curves; concavity of solution curves; relative extrema (2nd derivative test); tangent lines; approximations; finding m and b so y=mx+b is a solution; finding particular solutions; finding values to make something a solution; caring about the range of a solution curve; factoring out a negative leading coefficient
#apcalculus #apexams #calculus
In this video we go over AP Calculus Review Quiz #1 for 2023.
Full voice over explanations.
Topics: parametric/vector functions; speed; acceleration vector; tangent line; polar coordinates; polar area; tangent line to polar curve; describing motion along a polar curve (relative to x and y axis and origin); taylor polynomials; taylor polynomial by composition; integral of taylor polynomial; exact values from taylor polynomials
#apcalculus #apexams #calculus
Song during TI-Nspire parts is Cinematic Africa from
no-copyright-music.com/happy-inspirational
(highly recommend that site!)
In this video we find a whole lot of line integrals--both scalar and vector fields. Once you get the hang of it, they're not that bad, just lots of substitutions and remembering what to do and when.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 31
3:54 Number 32
7:47 Number 35
This is a common topic in Calculus III, Multivariable Calculus
In this video we find a whole lot of line integrals--both scalar and vector fields. Once you get the hang of it, they're not that bad, just lots of substitutions and remembering what to do and when.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 27
1:56 Number 28
4:11 Number 29
5:56 Number 30
This is a common topic in Calculus III, Multivariable Calculus
In this video we find a whole lot of line integrals--both scalar and vector fields. Once you get the hang of it, they're not that bad, just lots of substitutions and remembering what to do and when.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 23
2:09 Number 24
4:49 Number 25
6:14 Number 26
This is a common topic in Calculus III, Multivariable Calculus
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
related rates (the shadow problem); L'Hopital's Rule (L'Hospital's Rule); separable differential equation
#apcalculus
#apcalc
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
definite integral over jump discontinuity; complete the square to integrate; second FTC
#apcalculus
#apcalc
In this video we find a whole lot of line integrals--both scalar and vector fields. Once you get the hang of it, they're not that bad, just lots of substitutions and remembering what to do and when.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 19
2:06 Number 20
4:46 Number 21
7:58 Number 22
This is a common topic in Calculus III, Multivariable Calculus
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
volume of solid of revolution; properties of definite integrals; u-substitution; solving a differential equation
#apcalculus
#apcalc
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
tangent to reciprocal of function; make function continuous; definite integral; limit definition of derivative
#apcalculus
#apcalc
In this video we find a whole lot of line integrals--both scalar and vector fields. Once you get the hang of it, they're not that bad, just lots of substitutions and remembering what to do and when.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 6
2:57 Number 7
4:50 Number 8
7:16 Number 15
9:20 Number 16
12:20 Number 17
13:46 Number 18
This is a common topic in Calculus III, Multivariable Calculus
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
given graph of first derivative; second FTC; value of accumulation function; increasing/decreasing; concavity; quotient rule; tangent line; particular solution to differential equation
#apcalculus
#apcalc
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
average value; volume of revolution; finding solution to differential equation of form y=mx+b; second derivative of implicit
#apcalculus
#apcalc
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
calculator; speed increasing/decreasing; times a particle turns around; position from velocity; total distance traveled; particular solution to separable differential equation
#apcalculus
#apcalc
In this video we find a whole lot of line integrals--both scalar and vector fields. Once you get the hang of it, they're not that bad, just lots of substitutions and remembering what to do and when.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 1
4:07 Number 3
7:36 Number 4
9:54 Number 5
This is a common topic in Calculus III, Multivariable Calculus
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
tangent line; particular solution to separable differential equation
#apcalculus
#apcalc
Problems 136, 138, and 139 are Calc BC only
Problem 137 is just random calculus and NOT Calc AB or BC material.
Separable differential equations are a very common application of integrals (I'm calling them that!) in both Calc 1 and Calc 2 (Calc AB and Calc BC).
Here's a link to the section:
openstax.org/books/calculus-volume-2/pages/4-3-separable-equations
It's an excellent resource and I highly recommend it!
citation:
Access for free at openstax.org/books/calculus-volume-2/pages/1-introduction
#calculus #apcalculus #openstaxcalculus #openstax
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
particular solution to separable differential equation; integrating density function; tangent line
#apcalculus
#apcalc
In this video we find potential functions for vector fields (or find that none exists) by inspection (whatever that means). In some we integrate one of the partial derivatives and then take derivatives. In some we integrate each of the partial derivatives. In a couple we show the mixed partials are not equal and so no potential function exists.
These are fully worked out problems with commentary.
Time stamps:
0:00 Number 39
2:03 Number 40
5:10 Number 41
5:48 Number 42
8:04 Number 43
9:40 Number 44
11:49 Number 45
This is a common topic in Calculus III, Multivariable Calculus
Link to playlist: youtube.com/playlist?list=PL6iwkLfBjZixpMIxRGIO2j3Ku8ZSW5wf9
Topics:
volume of solid with known cross sections (equilateral triangle; semicircle; area of cross given); integral of absolute value; limit of abs(x)/x
#apcalculus
#apcalc
Separable differential equations are a very common application of integrals (I'm calling them that!) in both Calc 1 and Calc 2 (Calc AB and Calc BC).
Here's a link to the section:
openstax.org/books/calculus-volume-2/pages/4-3-separable-equations
It's an excellent resource and I highly recommend it!
citation:
Access for free at openstax.org/books/calculus-volume-2/pages/1-introduction
#calculus #apcalculus #openstaxcalculus #openstax
#shorts #apcalculus #calculus #tinspire #differentialequation


