AP CALCULUS AB
AP Calculus AB
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| Paper / question | Question focus | Unit & topics | Practice |
|---|---|---|---|
| 2026Regular · Question 1Graphing calculator | Bird arrivals and accumulated changeTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2026Regular · Question 2Graphing calculator | Areas between two function graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2026Regular · Question 3No calculator | Cooling pie and an exponential modelUse the exponential or logarithmic model to analyze its behavior and explain the requested quantities. | PDF page 7 | |
| 2026Regular · Question 4No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 8 | |
| 2026Regular · Question 5No calculator | Toy car velocity and displacementDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 9 | |
| 2026Regular · Question 6No calculator | Function table, composition and derivativesApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 10 | |
| 2025Regular · Question 1Graphing calculator | Invasive plant growth in a fruit groveUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2025Regular · Question 2Graphing calculator | Region between curves and volumesSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2025Regular · Question 3No calculator | Reading rate and total pagesTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 6 | |
| 2025Regular · Question 4No calculator | Semicircle graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 7 | |
| 2025Regular · Question 5No calculator | Two particles on a lineDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 8 | |
| 2025Regular · Question 6No calculator | Implicit curve and tangent linesDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 9 | |
| 2024Regular · Question 1Graphing calculator | Coffee cooling from tabulated dataUse only the supplied table values for numerical estimates and explain the meaning of any units. | PDF page 3 | |
| 2024Regular · Question 2Graphing calculator | Particle motion from velocityDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2024Regular · Question 3No calculator | Seawater depth and a differential equationConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 7 | |
| 2024Regular · Question 4No calculator | Function graph and accumulated areaSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 8 | |
| 2024Regular · Question 5No calculator | Implicit curve and tangent behaviorDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 9 | |
| 2024Regular · Question 6No calculator | Area and volume between functionsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 10 | |
| 2023Regular · Question 1Graphing calculator | Gasoline flow into a tankTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2023Regular · Question 2Graphing calculator | Swimmer velocity and positionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2023Regular · Question 3No calculator | Milk warming from tabulated dataUse only the supplied table values for numerical estimates and explain the meaning of any units. | PDF page 7 | |
| 2023Regular · Question 4No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 8 | |
| 2023Regular · Question 5No calculator | Function tables and composite derivativesApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 9 | |
| 2023Regular · Question 6No calculator | Implicit curve and tangent linesDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 10 | |
| 2022Regular · Question 1Graphing calculator | Vehicles arriving at a toll plazaTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2022Regular · Question 2Graphing calculator | Logarithmic and polynomial regionsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2022Regular · Question 3No calculator | Derivative graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 7 | |
| 2022Regular · Question 4No calculator | Melting ice sculpture and related ratesTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 8 | |
| 2022Regular · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 9 | |
| 2022Regular · Question 6No calculator | Two particles and their positionsDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 10 | |
| 2021Regular · Question 1Graphing calculator | Bacteria density in a petri dishTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2021Regular · Question 2Graphing calculator | Particle velocity and displacementDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2021Regular · Question 3No calculator | Spinning-toy regions and volumesSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 7 | |
| 2021Regular · Question 4No calculator | Piecewise graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 8 | |
| 2021Regular · Question 5No calculator | Implicit trigonometric curveDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 9 | |
| 2021Regular · Question 6No calculator | Medication amount over timeUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 10 | |
| 2019Regular · Question 1Graphing calculator | Fish entering and leaving a lakeTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2019Regular · Question 2Graphing calculator | Particle motion from a velocity tableDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2019Regular · Question 3No calculator | Piecewise function and accumulated areaSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2019Regular · Question 4No calculator | Rainwater draining from a barrelTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 5 | |
| 2019Regular · Question 5No calculator | Regions and solids from two graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 6 | |
| 2019Regular · Question 6No calculator | Tangents and composite functionsApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 7 | |
| 2018Regular · Question 1Graphing calculator | Escalator queue and arrival ratesTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2018Regular · Question 2Graphing calculator | Particle velocity and positionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2018Regular · Question 3No calculator | Derivative graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2018Regular · Question 4No calculator | Tree growth and rate of changeShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 5 | |
| 2018Regular · Question 5No calculator | Exponential cosine functionUse the exponential or logarithmic model to analyze its behavior and explain the requested quantities. | PDF page 6 | |
| 2018Regular · Question 6No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 7 | |
| 2016Regular · Question 1Graphing calculator | Water pumped into a tankTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2016Regular · Question 2Graphing calculator | Particle velocity and displacementDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2016Regular · Question 3No calculator | Piecewise graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2016Regular · Question 4No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 5 | |
| 2016Regular · Question 5No calculator | Water filling a funnelTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 6 | |
| 2016Regular · Question 6No calculator | Function tables and derivativesShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 7 | |
| 2015Regular · Question 1Graphing calculator | Rainwater flowing into a drainpipeTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2015Regular · Question 2Graphing calculator | Two regions between curvesSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 3 | |
| 2015Regular · Question 3No calculator | Jogger velocity from tabulated dataDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2015Regular · Question 4No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 5 | |
| 2015Regular · Question 5No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 6 | |
| 2015Regular · Question 6No calculator | Implicit curve and tangent linesDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 7 | |
| 2014Regular · Question 1Graphing calculator | Decomposing grass clippingsUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 2 | |
| 2014Regular · Question 2Graphing calculator | Region and volume of a solidSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 3 | |
| 2014Regular · Question 3No calculator | Piecewise function graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2014Regular · Question 4No calculator | Train velocity and positionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 5 | |
| 2014Regular · Question 5No calculator | Function tables and chain ruleApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 6 | |
| 2014Regular · Question 6No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 7 | |
| 2013Regular · Question 1Graphing calculator | Gravel arriving at a processing plantTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2013Regular · Question 2Graphing calculator | Particle velocity and positionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2013Regular · Question 3No calculator | Coffee filling a cupTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 4 | |
| 2013Regular · Question 4No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2013Regular · Question 5No calculator | Region between two curvesSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 6 | |
| 2013Regular · Question 6No calculator | Differential equation and particular solutionConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 7 | |
| 2012Regular · Question 1Graphing calculator | Water temperature from a tableUse only the supplied table values for numerical estimates and explain the meaning of any units. | PDF page 2 | |
| 2012Regular · Question 2Graphing calculator | Logarithmic region and solidSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 3 | |
| 2012Regular · Question 3No calculator | Piecewise graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2012Regular · Question 4No calculator | Derivative and tangent lineShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 5 | |
| 2012Regular · Question 5No calculator | Baby bird growth modelConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2012Regular · Question 6No calculator | Particle motion and velocityDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 7 | |
| 2011Regular · Question 1Graphing calculator | Particle velocity and positionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 2 | |
| 2011Regular · Question 2Graphing calculator | Cooling pot of teaUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2011Regular · Question 3No calculator | Region and volume between graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2011Regular · Question 4No calculator | Quarter-circle graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2011Regular · Question 5No calculator | Landfill waste accumulationTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 6 | |
| 2011Regular · Question 6No calculator | Piecewise function and continuityCheck the relevant limit and function value separately, then explain whether continuity or differentiability follows. | PDF page 6 | |
| 2011Form B · Question 1Graphing calculator | Rainfall entering a cylindrical canTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2011Form B · Question 2Graphing calculator | Water draining from a tankTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2011Form B · Question 3No calculator | Region bounded by two graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 3 | |
| 2011Form B · Question 4No calculator | Derivative behavior on a positive domainShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 3 | |
| 2011Form B · Question 5No calculator | Unicycle position and velocityDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2011Form B · Question 6No calculator | Piecewise graph and trigonometric compositionRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2010Regular · Question 1Graphing calculator | Snow accumulating on a drivewayTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2010Regular · Question 2Graphing calculator | Elephant-name contest entriesUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2010Regular · Question 3No calculator | Amusement-park queueUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 4 | |
| 2010Regular · Question 4No calculator | Region and volume of a solidSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 5 | |
| 2010Regular · Question 5No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 6 | |
| 2010Regular · Question 6No calculator | Differential equation and particular solutionConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2010Form B · Question 1Graphing calculator | Logarithmic region and solidsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2010Form B · Question 2Graphing calculator | Derivatives of a function gShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 3 | |
| 2010Form B · Question 3No calculator | Water entering a swimming poolTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2010Form B · Question 4No calculator | Squirrel motion between buildingsDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2010Form B · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 5 | |
| 2010Form B · Question 6No calculator | Two particles and their positionsDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 5 | |
| 2009Regular · Question 1Graphing calculator | Bicycle trip to schoolDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 2 | |
| 2009Regular · Question 2Graphing calculator | Concert attendance rateTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2009Regular · Question 3No calculator | Cable production and costUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2009Regular · Question 4No calculator | Region between two curvesSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2009Regular · Question 5No calculator | Function table and differentiationShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 5 | |
| 2009Regular · Question 6No calculator | Piecewise derivative and function behaviorShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 6 | |
| 2009Form B · Question 1Graphing calculator | Growing tree-trunk radiusUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 2 | |
| 2009Form B · Question 2Graphing calculator | Beach erosion during a stormUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2009Form B · Question 3No calculator | Piecewise function graphRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2009Form B · Question 4No calculator | Region and cross-sectional solidsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 5 | |
| 2009Form B · Question 5No calculator | Derivative graph and concavityRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 6 | |
| 2009Form B · Question 6No calculator | Particle velocity from a tableDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 7 | |
| 2008Regular · Question 1Graphing calculator | Region and solids bounded by graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2008Regular · Question 2Graphing calculator | Concert-ticket lineUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2008Regular · Question 3No calculator | Expanding oil slick and related ratesTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 4 | |
| 2008Regular · Question 4No calculator | Particle velocity graphDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 5 | |
| 2008Regular · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2008Regular · Question 6No calculator | Logarithmic function and tangentUse the exponential or logarithmic model to analyze its behavior and explain the requested quantities. | PDF page 6 | |
| 2008Form B · Question 1Graphing calculator | Region and solids in the first quadrantSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2008Form B · Question 2Graphing calculator | Car speed and gasoline consumptionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2008Form B · Question 3No calculator | River depth and cross sectionsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 4 | |
| 2008Form B · Question 4No calculator | Integral-defined and composite functionsApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 5 | |
| 2008Form B · Question 5No calculator | Derivative graph and inflection pointsRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 6 | |
| 2008Form B · Question 6No calculator | Implicit closed curve and tangentDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 7 | |
| 2007Regular · Question 1Graphing calculator | Region and solid of revolutionSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2007Regular · Question 2Graphing calculator | Water flowing through a tankTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2007Regular · Question 3No calculator | Function tables and compositionApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 4 | |
| 2007Regular · Question 4No calculator | Particle position and motionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 5 | |
| 2007Regular · Question 5No calculator | Expanding hot-air balloonDefine the changing quantities, relate them geometrically, and differentiate with respect to time before substituting values. | PDF page 5 | |
| 2007Regular · Question 6No calculator | Logarithmic function and optimizationUse the exponential or logarithmic model to analyze its behavior and explain the requested quantities. | PDF page 6 | |
| 2007Form B · Question 1Graphing calculator | Regions bounded by an exponential graphSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2007Form B · Question 2Graphing calculator | Particle velocity and displacementDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2007Form B · Question 3No calculator | Wind chill and temperatureUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 4 | |
| 2007Form B · Question 4No calculator | Derivative graph and extremaRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2007Form B · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2007Form B · Question 6No calculator | Composite function and mean value theoremApply the chain rule carefully across the supplied functions and justify each requested derivative or value. | PDF page 6 | |
| 2006Regular · Question 1Graphing calculator | Logarithmic region and solidSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2006Regular · Question 2Graphing calculator | Cars turning at an intersectionUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2006Regular · Question 3No calculator | Piecewise graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2006Regular · Question 4No calculator | Rocket velocity and heightDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 5 | |
| 2006Regular · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2006Regular · Question 6No calculator | Function properties and derivativesShow the derivative or tangent-line steps and justify conclusions about the function from the resulting values or signs. | PDF page 6 | |
| 2006Form B · Question 1Graphing calculator | Regions around a tangent lineSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2006Form B · Question 2Graphing calculator | Derivative graph and concavityRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 3 | |
| 2006Form B · Question 3No calculator | Skateboard ramp designUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 4 | |
| 2006Form B · Question 4No calculator | Exercise-machine calorie rateTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 5 | |
| 2006Form B · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2006Form B · Question 6No calculator | Car velocity and accelerationDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 7 | |
| 2005Regular · Question 1Graphing calculator | Regions between function graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2005Regular · Question 2Graphing calculator | Sand removed and added at a beachUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 3 | |
| 2005Regular · Question 3No calculator | Temperature along a metal wireUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 4 | |
| 2005Regular · Question 4No calculator | Function table and differentiabilityUse only the supplied table values for numerical estimates and explain the meaning of any units. | PDF page 5 | |
| 2005Regular · Question 5No calculator | Car velocity from a graphDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 6 | |
| 2005Regular · Question 6No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 7 | |
| 2005Form B · Question 1Graphing calculator | Region between sine and exponential graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2005Form B · Question 2Graphing calculator | Water entering and leaving a tankTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2005Form B · Question 3No calculator | Particle velocity and accelerationDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2005Form B · Question 4No calculator | Piecewise graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2005Form B · Question 5No calculator | Implicit curve and tangent slopesDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 6 | |
| 2005Form B · Question 6No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2004Regular · Question 1Graphing calculator | Traffic flow through an intersectionTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 2 | |
| 2004Regular · Question 2Graphing calculator | Region between two graphsSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 3 | |
| 2004Regular · Question 3No calculator | Particle velocity along the y-axisDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 4 | |
| 2004Regular · Question 4No calculator | Implicit curve and horizontal tangentDifferentiate both sides implicitly, then use the resulting slope to analyze the requested tangent or curve behavior. | PDF page 5 | |
| 2004Regular · Question 5No calculator | Semicircle graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2004Regular · Question 6No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 | |
| 2004Form B · Question 1Graphing calculator | Region and solid of revolutionSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2004Form B · Question 2Graphing calculator | Mosquito population growthUse the supplied function representation to establish its behavior and justify each requested conclusion. | PDF page 2 | |
| 2004Form B · Question 3No calculator | Test-plane velocity from a tableDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2004Form B · Question 4No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 4 | |
| 2004Form B · Question 5No calculator | Differential equation and slope fieldConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 5 | |
| 2004Form B · Question 6No calculator | Tangent line and integral areaSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 6 | |
| 2003Regular · Question 1Graphing calculator | Region bounded by curvesSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2003Regular · Question 2Graphing calculator | Particle velocity and positionDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 3 | |
| 2003Regular · Question 3No calculator | Airplane fuel-consumption rateTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 4 | |
| 2003Regular · Question 4No calculator | Derivative graph and function behaviorRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2003Regular · Question 5No calculator | Coffee filling a cylindrical potTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 6 | |
| 2003Regular · Question 6No calculator | Piecewise function and continuityCheck the relevant limit and function value separately, then explain whether continuity or differentiability follows. | PDF page 6 | |
| 2003Form B · Question 1Graphing calculator | Tangent line and bounded regionSet up the appropriate definite integral with justified bounds and explain what the resulting area or volume measures. | PDF page 2 | |
| 2003Form B · Question 2Graphing calculator | Heating oil entering and leaving a tankTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 3 | |
| 2003Form B · Question 3No calculator | Blood-vessel cross-sectional measurementsTranslate the stated rate into accumulated change, show the integral setup, and interpret the result in context. | PDF page 4 | |
| 2003Form B · Question 4No calculator | Particle velocity and accelerationDistinguish position, velocity, acceleration and total distance; interpret signs and units when answering each part. | PDF page 5 | |
| 2003Form B · Question 5No calculator | Piecewise graph and accumulationRead slopes, signs, extrema and signed areas from the given graph, then justify the behavior of the related function. | PDF page 5 | |
| 2003Form B · Question 6No calculator | Differential equation and particular solutionConnect the differential equation or slope field to the requested particular solution and show why it satisfies the stated condition. | PDF page 6 |
No questions match those filters. Try a different term or clear the filters.
Focus labels and tags are study aids; the original prompt controls the actual task. Read every diagram, table, continuation page and lettered part in the PDF.
PAPER. RUBRIC. REVIEW.
Full papers & scoring materials
Browse the supplied paper, scoring guide, question-level material and exam analysis by year. Every PDF opens in the same reader.
Collection limits: These are free-response materials, not multiple-choice papers. The 2017 folder has scoring and sample documents but no complete FRQ paper; its resources remain below. A paper in the 2020 folder is actually from 2012 and appears under 2012. There is no complete 2020 paper. The 2026 folder contains the paper only, with no supplied scoring guide. Identical duplicate PDF copies have been collapsed.
20261 complete FRQ paper · 1 distinct PDF+
Complete free-response papers
20251 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20241 complete FRQ paper · 12 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20231 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20221 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20211 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20191 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20181 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
2017Supporting files only · 10 distinct PDFs+
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20161 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20151 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20141 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20131 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20121 complete FRQ paper · 11 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20112 complete FRQ papers · 18 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
20102 complete FRQ papers · 18 distinct PDFs+
Complete free-response papers
Scoring guidelines
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Free-response scoring statistics
20092 complete FRQ papers · 19 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20082 complete FRQ papers · 19 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
Free-response scoring statistics
AP score distributions
20072 complete FRQ papers · 17 distinct PDFs+
Complete free-response papers
Scoring guidelines
Reader reports and performance analysis
20062 complete FRQ papers · 17 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
20052 complete FRQ papers · 6 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
20042 complete FRQ papers · 19 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
20032 complete FRQ papers · 19 distinct PDFs+
Complete free-response papers
Scoring guidelines
Student samples and scoring commentary
Reader reports and performance analysis
PRACTISE WITH A PURPOSE
How to use AP Calculus AB past papers
Start with the skill that needs work, rather than opening a whole paper at random. Choose a topic such as differential equations, motion, derivative graphs, or area and volume. Open one question, hide the rubric, and attempt all of its lettered parts. The numbered prompt can run onto another page, so use the reader’s next-page control before deciding you are finished. Keep the graphing-calculator rule printed on that paper in force while you work.
Questions 1 and 2 are in calculator-required Part A of the released papers. Questions 3–6 are in Part B, where no calculator is permitted. That distinction matters when you practise numerical integration, solve an equation, or interpret a graph. A calculator can produce a value, but you still need to show the setup, explain what it represents, and include appropriate units. In the noncalculator part, keep exact values where the question asks for them, and show the differentiation or integration steps that support your result.
For a full FRQ rehearsal, work the six questions in their original order. Give Part A 30 minutes and Part B 60 minutes, the current free-response timing shown by College Board. Read the directions on the exact historical paper too; older booklet wording and layouts can differ from the present hybrid digital administration. When time is up, compare your answer with the same year and form’s scoring guide. A Form B rubric belongs with Form B questions, not the regular paper.
Use the matching year’s student responses to see how scoring commentary treats explanations, notation and intermediate work. A partial score can reveal exactly which justification was missing. Reader reports and scoring statistics are useful after marking: they show common difficulties and the distribution of performance for that exam. Coverage varies by year, so the library shows the actual supplied files instead of promising that every paper has every supporting document.
Make an error log with four columns: question, skill, why points were lost, and the step you will practise next. For instance, an area question may expose an incorrect intersection, while a motion question may reveal a missing distinction between velocity and speed. Retry a different year with the same topic after correcting that step. This is more informative than memorising a single released answer.
What to expect on the 2027 AP Calculus AB exam
College Board lists the AP Calculus AB exam for Monday, May 10, 2027, Session 1. It is a hybrid digital exam: students answer multiple-choice questions and view free-response prompts in Bluebook, then handwrite free-response answers in a paper booklet. The AP coordinator gives the local start time. College Board says its 2026–27 course clarifications do not change course content. The multiple-choice count and timing have changed starting with the May 2027 exam, so use the current figures below rather than copying timing from an older paper.
| Section | Questions and time | Weight |
|---|---|---|
| Multiple choice, Part A | 29 questions · 62 minutes · calculator not permitted | Section I: 50% |
| Multiple choice, Part B | 13 questions · 38 minutes · graphing calculator required | |
| Free response, Part A | 2 questions · 30 minutes · graphing calculator required | Section II: 50% |
| Free response, Part B | 4 questions · 60 minutes · calculator not permitted |
The free-response questions use analytical, graphical, numerical and verbal representations. At least two include a real-world context. Practise moving between a graph and a derivative sign, a rate and an accumulated total, or a table and a numerical estimate. These questions reward communication as well as calculation: state why a theorem applies, interpret an integral in context, and distinguish a local rate from total change.
AP Calculus AB units and exam weighting
The College Board course framework has eight commonly taught units. The percentages below are approximate multiple-choice weights, not a fixed allocation of free-response questions. An FRQ can combine several units, and our unit filters are meant to help you find practice, not to replace the official course description.
| Unit | Practice focus | MCQ weight |
|---|---|---|
| Unit 1 · Limits and Continuity | Estimate, calculate and interpret limits; decide whether a function is continuous. | 10%–15% |
| Unit 2 · Differentiation: Definition and Fundamental Properties | Use derivative definitions and rules to find and interpret rates. | 10%–15% |
| Unit 3 · Differentiation: Composite, Implicit, and Inverse Functions | Apply chain, implicit and inverse-function differentiation. | 5%–10% |
| Unit 4 · Contextual Applications of Differentiation | Model motion, related rates and local linear behavior. | 10%–15% |
| Unit 5 · Analytical Applications of Differentiation | Analyze extrema, increasing intervals, concavity and optimization. | 15%–20% |
| Unit 6 · Integration and Accumulation of Change | Connect antiderivatives, definite integrals and net change. | 15%–20% |
| Unit 7 · Differential Equations | Sketch slope fields and solve or interpret differential equations. | 5%–10% |
| Unit 8 · Applications of Integration | Find areas, volumes and other quantities from accumulation. | 10%–15% |
Units 1–3 build the foundation: limits, continuity and the derivative rules. Units 4 and 5 ask you to use derivatives in context and analyze how a function behaves. Units 6–8 develop accumulation, differential equations, areas and volumes. If a graph-based question seems difficult, identify whether you are reading the graph of the function, its derivative, or a rate feeding an integral. That one distinction often determines the correct setup.
How to interpret the past-paper library
Each result in the finder represents a numbered question in a complete original paper. “PDF page” is the physical page count in that file, which may differ from a printed booklet page. The reader opens that page directly. For older compact papers where two numbered questions begin on the same page, it also moves down to the later prompt. If a chart or continuation is above or below the starting point, scroll and use the page controls to see the complete source.
The library also includes support documents that are not complete question papers. A scoring guideline may cover an entire paper or a single question. A student-sample PDF may include both sample work and commentary, sometimes with a reproduced prompt. Those are useful for review, but they are not counted as additional complete papers or extra FRQs. Likewise, score distributions report AP scores, while free-response scoring statistics describe how students performed on individual questions.
For 2017, you can browse the scoring and sample material supplied in that folder, but there is no full original FRQ paper in this collection to index question-by-question. The file stored in the folder named 2020 carries a 2012 exam cover, so it is indexed under its true 2012 exam year. This prevents a misleading 2020 result. The 2026 paper is available for practice, but the supplied folder has no scoring files; use the official released-question page linked at the end for any materials College Board publishes separately.
After a targeted practice session, use another year to check transfer. If you can explain a derivative-graph question only after seeing its rubric, attempt a different derivative-graph question cold. If a rate problem caused trouble, write down the quantity being measured and its units before integrating. Build toward a whole-paper session only after those individual steps feel reliable. For help planning that sequence, see AP tutoring or the AP exam timetable guide.
A LITTLE MORE CLARITY
Questions about AP Calculus AB past papers
Use the original paper, its calculator directions and the matching scoring material.
Tell us about your needsHow many AP Calculus AB past-paper questions are indexed?
This collection indexes 186 numbered free-response questions in 31 complete papers. It includes regular and Form B papers where both versions were supplied, across 2003–2026. The 2017 and 2020 folders contain no complete AB free-response paper.
Does Open question jump to the right page?
Yes. The popup opens the original PDF on the checked physical page for that numbered question. When two questions share a page, it scrolls to the later question. Use the next-page control for any continuation.
Which AP Calculus AB free-response questions allow a calculator?
Questions 1 and 2 belong to Part A, where a graphing calculator is required. Questions 3–6 belong to Part B, where calculators are not permitted. The paper itself remains the final authority for its directions.
Are scoring guidelines and samples included?
The supplied collection has scoring guidelines, many question-level guides, student responses or scoring commentary, reader reports, statistics and distributions for various years. Coverage varies. The 2026 folder has only the question paper.
Why is there no 2017 or 2020 question paper?
The supplied 2017 folder contains supporting scoring and sample documents but no complete question paper. Its 2020 folder contains a PDF that is actually the 2012 paper, so that PDF appears under 2012. Neither year is represented as a complete paper.
Can I use these papers for the 2027 AP Calculus AB exam?
Yes, to practise calculus concepts and free-response reasoning. College Board says course content is unchanged for 2026–27, while the multiple-choice count and timing change in May 2027. Check current exam instructions for a full timed rehearsal.
ORIGINAL FILES & OFFICIAL REFERENCES
External sources
Original question and support PDFs are read from the supplied Drive collection. The short question labels and searchable tags are independently written study aids. Collection checked 28 September 2026.
- College Board: released questions and scoring information
- College Board: 2027 exam date, format and timing
- College Board: course units and exam weighting
AP® is a trademark registered by the College Board, which is not affiliated with and does not endorse OnlyPrepy. Original papers and scoring materials retain their publisher’s copyright notices.