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Questions and Answers
Qual es le resultato de ∫K dx?
Kx + C
Qual es le resultato de ∫0 dx?
C
Qual es le resultato de ∫xⁿ dx?
(xⁿ⁺¹)/(n+1) + C
Qual es le resultato de ∫(1/x) dx?
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Qual es le resultato de ∫e^x dx?
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Qual es le resultato de ∫e^ax dx?
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Qual es le resultato de ∫a^x dx?
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Qual es le resultato de ∫a^xlna dx?
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Qual es le resultato de ∫cosx dx?
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Qual es le resultato de ∫sinx dx?
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Qual es le resultato de ∫sec²x dx?
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Qual es le resultato de ∫secxtanx dx?
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Qual es le resultato de ∫csc²x dx?
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Qual es le resultato de ∫cscxcotx dx?
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Qual es le resultato de ∫tanx dx?
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Qual es le resultato de ∫1/(x² + 1) dx?
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Qual es le resultato de ∫1/(√(1-x²)) dx?
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Study Notes
Regulas de Antiderivadas
- ∫K dx equale a Kx + C, ubi K es un constante.
- ∫0 dx resulta in C, representando un constante d' integrazione.
- ∫xⁿ dx se calcula como (xⁿ⁺¹)/(n+1) + C, valid pro n ≠ -1.
- ∫(1/x) dx da ln |x| + C, unus forma typic de loja logarithmica.
- ∫e^x dx produce e^x + C, mostra que la funzione exponentiale es su propia derivada.
- ∫e^ax dx resulta in (e^ax)/a + C, ubi 'a' es un constante scalar.
- ∫a^x dx equale a (a^x)/ln a + C, adonde 'a' es un base positiva.
- ∫a^x ln a dx resulta in a^x + C, representando la relación entre logarithmo e exponentes.
- ∫cosx dx da sinx + C, hilante le function cosine e sine.
- ∫sinx dx produce -cosx + C, mostrando que la derivada de cosine es negativa.
- ∫sec²x dx da tanx + C, connecente funciones secante e tangent.
- ∫secxtanx dx resulta in secx + C, vincula secante e tangent in derivadas.
- ∫csc²x dx equale a -cotx + C, donde csc es le cosecante.
- ∫cscxcotx dx produce -cscx + C, interconectando csc e cot en problema de integrazione.
- ∫tanx dx resulta in -ln |cosx| + C, adestra la function tangent con logarithmi.
- ∫1/(x² + 1) dx da arctanx + C, cortando un legame profunde entre funciones trigonometric e algebraic.
- ∫1/(√(1-x²)) dx produce arcsinx + C, mostrando la relazione di derivate con la circonferentia.
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Explore essential antiderivative rules with this set of flashcards. Each card provides a rule and its corresponding formula, aiding in understanding and retention. Perfect for students at various levels of calculus.