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trigonometric equation - tradução para alemão
METHOD FOR EVALUATING INTEGRALS INVOLVING TRIGONOMETRIC FUNCTIONS
Trigonometric substitutions; Trig substitution; Trig sub; Inverse trigonometric substitution; Hyperbolic substitution; Integration by trigonometric substitution
trigonometric equation
WIKIMEDIA LIST ARTICLE
TrigonometricFunctions/Trigonometric Identities; Trigonometric Function/Trigonometric Identities; Trigonometric identities; Trig identity; Trig identities; List of trig identities; Sum and difference formula (trigonometry); SinPi/18; Half-angle formula; Half angle formula; Double-angle formula; Double-angle formulas; Trigonometric identies; Half-angle formulae; Angle addition formulas; Trigonometric addition formulas; Trigonometric Identity; Half-angle formulas; Trigonometric identity; Trig ids; Double angle formula; Double-angle formulae; Trig formulas; Trig id; Trig Identity; Trigonometrical identities; Double angle identity; Double angle formulae; Double-angle equation; Double angle equation; Double angle theorem; Triple angle formulae; Triple-angle formulae; Triple-angle theorem; Triple angle theorem; Triple angle formula; Triple-angle formula; Triple angle equation; Triple-angle equation; Half-angle equation; Half angle formulae; Half angle equation; Half-angle theorem; Half angle theorem; Trigonometry identity; Trigonometry identities; Trigonometry theorem; Trigonometry theorems; Trigonometry formula; Trigonometry formulae; Trigonometry formulas; Trigonometry equation; Trigonometry equations; Trigonometric equation; Trigonometric theorem; Trigonometric theorems; Trigonometric equations; Trigonometric formulae; Trigonometric formula; Trigonometric formulas; Triple angle identity; Triple-angle identity; Triple-angle identities; Triple angle identities; Double angle identities; Double-angle identities; Double-angle identity; Half-angle identities; Half angle identities; Half angle identity; Half-angle identity; Half angle theorems; Half-angle theorems; Double-angle theorems; Double angle theorems; Triple-angle theorems; Triple angle theorems; Half angle equations; Half-angle equations; Triple-angle equations; Triple angle equations; Double angle equations; Double-angle equations; Angle addition and subtraction identities; Angle sum and difference identities; Angle addition and subtraction identity; Angle sum and difference identity; Angle addition and subtraction formulas; Angle sum and difference formulas; Angle addition and subtraction formulae; Angle sum and difference formulae; Angle addition and subtraction formula; Angle sum and difference formula; Angle addition and subtraction equations; Angle sum and difference equations; Angle addition and subtraction equation; Angle sum and difference equation; Angle addition and subtraction theorem; Angle sum and difference theorem; Angle addition and subtraction theorems; Angle sum and difference theorems; Angle addition equations; Angle sum equations; Angle subtraction equations; Angle difference equations; Angle addition equation; Angle sum equation; Angle subtraction equation; Angle difference equation; Angle addition identities; Angle sum identities; Angle subtraction identities; Angle difference identities; Angle addition identity; Angle sum identity; Angle subtraction identity; Angle difference identity; Angle addition formulae; Angle sum formulae; Angle subtraction formulae; Angle difference formulae; Angle addition formula; Angle sum formula; Angle subtraction formula; Angle difference formula; Angle subtraction formulas; Angle difference formulas; Angle sum formulas; Angle addition theorem; Angle subtraction theorem; Angle difference theorem; Angle addition theorems; Angle sum theorems; Angle subtraction theorems; Angle difference theorems; Half angle formulas; Double angle formulas; Triple angle formulas; Triple-angle formulas; Power-reduction identities; Power reduction identities; Power reduction identity; Power-reduction identity; Power-reduction theorems; Power reduction theorems; Power reduction theorem; Power-reduction theorem; Power-reduction equations; Power reduction equations; Power reduction equation; Power-reduction equation; Power-reduction formulas; Power reduction formulas; Power reduction formula; Power reduction formulae; Power-reduction formulae; Sum to product identities; Sum to product identity; Sum to product theorems; Sum to product theorem; Sum to product equations; Sum to product equation; Sum to product formula; Sum to product formulas; Sum to product formulae; Sum-to-product formulae; Sum-to-product formulas; Sum-to-product formula; Sum-to-product identities; Sum-to-product identity; Sum-to-product equations; Sum-to-product equation; Sum-to-product theorem; Sum-to-product theorems; Product to sum theorems; Product to sum theorem; Product to sum identities; Product to sum identity; Product to sum equations; Product to sum equation; Product to sum formulae; Product to sum formula; Product to sum formulas; Product-to-sum formulas; Product-to-sum formulae; Product-to-sum formula; Product-to-sum equations; Product-to-sum equation; Product-to-sum theorems; Product-to-sum theorem; Product-to-sum identities; Product-to-sum identity; Power-reduction rule; Power reduction law; Power reduction laws; Power-reduction laws; Power-reduction law; Power-reduction rules; Power reduction rule; Power reduction rules; Angle sum and difference rule; Angle sum and difference rules; Angle sum and difference laws; Angle sum and difference law; Angle addition and subtraction rule; Angle addition and subtraction rules; Angle addition and subtraction laws; Angle addition and subtraction law; Angle addition law; Angle addition laws; Angle addition rule; Angle addition rules; Angle sum laws; Angle sum law; Angle sum rules; Angle sum rule; Angle subtraction laws; Angle subtraction law; Angle subtraction rules; Angle subtraction rule; Angle difference laws; Angle difference law; Angle difference rules; Angle difference rule; Trigonometry laws; Trigonometry law; Trigonometry rules; Trigonometry rule; Trigonometric laws; Trigonometric law; Trigonometric rules; Trigonometric rule; Half-angle laws; Half-angle law; Half-angle rules; Half-angle rule; Half angle laws; Half angle law; Half angle rules; Half angle rule; Double angle laws; Double angle law; Double angle rule; Double angle rules; Triple angle laws; 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trigonometrische Gleichung (Formel zum Verhältnis von Dreiecken zu Winkeln)
differential equation
MATHEMATICAL EQUATION INVOLVING DERIVATIVES OF AN UNKNOWN FUNCTION
Examples of differential equations; Differential equations/Examples; Differential equations of mathematical physics; Differential equations from Mathematical Physics; Differential equations from outside physics; Differental equations; Diff eq; Differential Equations; DiffyEq; Diffyeq; Separable ordinary differential equation; Exact first-order ordinary differential equation; Order (differential equation); Diff eq'n; Diffeq; Second order equation; Differential equations; Second-order differential equation; Higher order differential equation; Degree of a differential equation; Solutions of differential equations; Types of differential equations; Applications of differential equations; Differential Equation; History of differential equations; Differential equation solvers; Order of differential equation
Differentialgleichung (Mathematik, Vergleich vom Zuwachs der Funktionen)
simultaneous equation
FINITE SET OF EQUATIONS TO BE SOLVED SIMULTANEOUSLY (AS A LOGICAL CONJUNCTION), POSSIBLY FOR MULTIPLE UNKNOWNS
Systems of equations; Simultaneous equation; Equation system; X equations y unknowns; Simeltanious equations; Simultaneous linear equation; Simultaneous equations
Gleichungssystem
Definição
Schrodinger equation
¦ noun Physics a differential equation which forms the basis of the quantum-mechanical description of a particle.
Origin
1920s: named after the Austrian physicist Erwin Schrodinger.
Wikipédia
Trigonometric substitution
In mathematics, trigonometric substitution is the replacement of trigonometric functions for other expressions. In calculus, trigonometric substitution is a technique for evaluating integrals. Moreover, one may use the trigonometric identities to simplify certain integrals containing radical expressions. Like other methods of integration by substitution, when evaluating a definite integral, it may be simpler to completely deduce the antiderivative before applying the boundaries of integration.
