CalculusIA/test.tex at master · aedemps/CalculusIA · GitHub

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\documentclass{xourse}

\usepgfplotslibrary{fillbetween}  % needed in areaBetweenCurves

\title{CalculusIA and Calculus IB}
\input{preamble.tex}
\begin{document}
\begin{abstract}\end{abstract}
\maketitle
% \activity{functions/functions}   %% DOES NOT EXIST ?
\activity{piecewiseFunctions/piecewiseFunctions}
\activity{compositionofFunctions/compositionofFunctions}
% \activity{inverseFunctions/inverseFunctions}
% \activity{polynomials/polynomials}
% \activity{polynomialEndBehaviorAndGraphs/polynomialEndBehaviorAndGraphs}
% \activity{rationalFunctions/rationalFunctions}
% \activity{rationalFunctionsAsymptotes/rationalFunctionsAsymptotes}
% \activity{whatIsALimit/whatIsALimit}
% \activity{continuity/continuity}
% \activity{limitLaws/limitLaws}
% \activity{limitsZeroZeropart1/limitsZeroZeropart1}
% \activity{limitsZeroZeropart2/limitsZeroZeropart2}
% \activity{limitsAtInfinity/limitsAtInfinity}
% \activity{infiniteLimits/infiniteLimits}
% \activity{piecewiseContinuity/piecewiseContinuity}
% \activity{intermediateValueTheorem/intermediateValueTheorem}
% \activity{instantaneousVelocity/instantaneousVelocity}
% \activity{derivativeDefinition/derivativeDefinition}
% \activity{derivativesAsFunctions/derivativesAsFunctions}
% \activity{increasingDecreasingConcavity/increasingDecreasingConcavity}
% \activity{derivativeRules/derivativeRules}
% \activity{productQuotientRules/productQuotientRules}
% \activity{chainRule/chainRule}
% \activity{exponentialFunctions/exponentialFunctions}
% \activity{logarithmicFunctions/logarithmicFunctions}
% \activity{exponentialDerivatives/exponentialDerivatives}
% \activity{logarithmicDerivatives/logarithmicDerivatives}
% \activity{implicitDifferentiation/implicitDifferentiation}
% \activity{trigIntro/trigIntro}
% \activity{trigLimits/trigLimits}
% \activity{trigDerivatives/trigDerivatives}
% \activity{maximaMinima/maximaMinima}
% \activity{concavity/concavity}
% \activity{extremeValueTheorem/extremeValueTheorem}
% \activity{meanValueTheorem/meanValueTheorem}
% \activity{linearApproximation/linearApproximation}
% \activity{optimization/optimization}
% \activity{appliedOptimization/appliedOptimization}
% \activity{graphingConcepts/graphingConcepts}
% \activity{graphingComputation/graphingComputation}
% \activity{inverseTrig/inverseTrig}
% \activity{inverseTrigDerivatives/inverseTrigDerivatives}
% %%% \activity{relatedRates/relatedRates}
% %%% \activity{appliedRelatedRates/appliedRelatedRates}
% \activity{lHopitalsRule/lHopitalsRule}
% \activity{indeterminateForms/indeterminateForms}
% \activity{antiderivatives/antiderivatives}
% \activity{areaApproximation/areaApproximation}
% \activity{sigmaNotation/sigmaNotation}
% \activity{riemannSums/riemannSums}
% \activity{theDefiniteIntegral/theDefiniteIntegral}
% \activity{definiteIntegralProperties/definiteIntegralProperties}
% \activity{fundamentalTheoremPart1/fundamentalTheoremPart1}
% \activity{fundamentalTheoremPart2/fundamentalTheoremPart2}
% \activity{integralApplications/integralApplications}
% \activity{substitution/substitution}
% \activity{substitutionDefinite/substitutionDefinite}
% \activity{areaBetweenCurves/areaBetweenCurves}
\end{document}