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The DiffPractice command is a special case of SolvePractice that used for computing derivatives. It creates an interactive application where you can enter the steps for finding derivatives, and then it analyzes and provides step-by-step feedback by clicking the button.

The output = link option can be used in order to create a solve derivative example that can be answered using Maple Learn .

The output = canvas option can be used in order to create an XML-based canvas structure that can be used with DocumentTools:-Canvas:-ShareCanvas and other commands.

$\mathrm{with}\left(\mathrm{Grading}\right)$

$\left[\mathrm{AbsoluteValueFunction}\,\mathrm{DiffFeedback}\,\mathrm{DiffPractice}\,\mathrm{Draw}\,\mathrm{ExponentialFunction}\,\mathrm{FactorFeedback}\,\mathrm{FactorPractice}\,\mathrm{Feedback}\,\mathrm{GetData}\,\mathrm{GetDomain}\,\mathrm{GetExpression}\,\mathrm{GradePlot}\,\mathrm{GridPoint}\,\mathrm{Inequalities}\,\mathrm{IntFeedback}\,\mathrm{IntPractice}\,\mathrm{IsQuadraticFormula}\,\mathrm{LimitFeedback}\,\mathrm{LimitPractice}\,\mathrm{LinearFunction}\,\mathrm{LogarithmicFunction}\,\mathrm{QuadraticFunction}\,\mathrm{Quiz}\,\mathrm{QuizBuilder}\,\mathrm{Segment}\,\mathrm{SimplifyFeedback}\,\mathrm{SimplifyPractice}\,\mathrm{SolveFeedback}\,\mathrm{SolvePractice}\right]$

$\mathrm{DiffPractice}\left(\mathrm{\%diff}\left(x^3\,x\right)\,x\right)$

$\mathrm{cv}≔\mathrm{DiffPractice}\left(\mathrm{\%diff}\left(x^3\,x\right)\,x\,'\mathrm{output}'='\mathrm{canvas}'\right)\:$

$\mathrm{DocumentTools}:-\mathrm{Canvas}:-\mathrm{ShareCanvas}\left(\mathrm{cv}\right)$

The Grading:-DiffPractice command was introduced in Maple 2022.

For more information on Maple 2022 changes, see Updates in Maple 2022 .