Basic Derivatives Drill
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This example demonstrates the calculation and visualization of basic derivatives. It involves core math concepts like derivatives, function graphs, and analytical geometry. Construction highlights include commands like Shuffle, Element, Simplify, Random, and Textfield, along with objects such as difficulty settings, function lists, and derivative calculations. Suitable for high school calculus learning or as a practice tool for derivative computations.
GeoGebra Commands & Parameters
Shuffle({1, 2, 3, 4, 5, 6, 7, 8, 9}) → scalerListElement(scalerList, 3) → m3Element(scalerList, 1) → m1Element(scalerList, 2) → m2Simplify((m2 * x) + m3) → LinearFunctionSimplify((m1 * sin(LinearFunction(x)))) → trig1Simplify((m1 * ℯ^(LinearFunction(x)))) → exponential1Simplify((m1 * sqrt(LinearFunction(x)))) → algebraic3Simplify((m1 * tan(LinearFunction(x)))) → trig4Simplify((m1 * cos(LinearFunction(x)))) → trig2Shuffle({2, 3, 4, 5, 6, 7, 8, 9}) → exponentListElement(exponentList, 3) → n3Element(exponentList, 1) → n1Element(exponentList, 2) → n2Simplify((m1 * exp(x)) + (m2 * n2^(x)) + (m3 * log(x))) → exponential4Random(1, difficulty) → FunctionChoice2Random(1, 4) → FunctionChoiceElement(FullFunctionList, FunctionChoice2, FunctionChoice) → OriginalFunctionTextfield(GuessedDerivative) → guessedDerivativeBoxRandom(2, 9) → nElement(exponentList, 4) → n4Element(exponentList, 5) → n5Element(scalerList, 4) → m4Random(1, 10) → FunctionChoice2a