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Test de Cálculo Integral

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Ejercicios de cálculo integral

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Test de Cálculo Integral
 

Test de Cálculo IntegralOnline version

Ejercicios de cálculo integral

by g;
1

Determina la integral indefinida ∫ 2x dx.

2

Encuentra ∫ (3x^2) dx.

3

Calcula ∫ e^x dx.

4

Evalúa ∫ (sin x) dx.

5

Dada ∫ (2x+1) dx, ¿cuál es la respuesta?

6

Calcula ∫_0^1 (2x) dx.

7

Si ∫ f'(x) dx = f(x) + C, ¿qué te dice el teorema fundamental?

8

Calcula ∫ x e^x dx (método de parts).

9

Evalúa ∫ dx/(x) para x>0.

10

¿Qué propiedad usa ∫ (f+g) dx?

Explicación

La integral de 2x es x^2 + C. Las demás no cumplen la regla de potencia.

Aplicamos la potencia: ∫ x^n dx = x^{n+1}/(n+1). 3x^2 → x^3.

La integral de e^x es e^x + C; reglas de exponentes no cambian la base.

La derivada de cos es -sin, por ello la integral es -cos x.

Se aplica linealidad: ∫2x dx = x^2, ∫1 dx = x.

Área under the line 2x from 0 to 1 es [x^2]_0^1 =1.

El primer teorema plantea que la integral de la derivada recupera la función.

Con parts: u=x, dv=e^x dx. Resultado (x−1)e^x + C.

La integral de 1/x es ln|x|; para x>0 simplifica a ln x.

Linealidad: la integral de suma es suma de integrales.

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