Dunn Higgins
02/28/2024 · Senior High School
\( \int e ^ { x \sin ( x ) } ( \sin ( x ) + x \cos ( x ) ) d x \)
UpStudy ThothAI Solution
Tutor-Verified Answer
Step-by-step Solution
Para resolver la integral
\[
\int e^{x \sin(x)} (\sin(x) + x \cos(x)) \, dx,
\]
podemos utilizar la técnica de integración por partes o reconocer que la integral tiene una forma que sugiere que puede ser el resultado de una derivada.
Observemos que la derivada de \( e^{x \sin(x)} \) es:
\[
\frac{d}{dx} e^{x \sin(x)} = e^{x \sin(x)} \cdot \left( \sin(x) + x \cos(x) \right).
\]
Esto significa que la integral que tenemos es simplemente la función \( e^{x \sin(x)} \) más una constante de integración. Por lo tanto, podemos escribir:
\[
\int e^{x \sin(x)} (\sin(x) + x \cos(x)) \, dx = e^{x \sin(x)} + C,
\]
donde \( C \) es la constante de integración.
Así que la solución final es:
\[
\int e^{x \sin(x)} (\sin(x) + x \cos(x)) \, dx = e^{x \sin(x)} + C.
\]
Quick Answer
La integral de \( \int e^{x \sin(x)} (\sin(x) + x \cos(x)) \, dx \) es \( e^{x \sin(x)} + C \).
Answered by UpStudy AI and reviewed by a Professional Tutor
UpStudy ThothAI
Self-Developed and Ever-Improving
Thoth AI product is constantly being upgraded and optimized.
Covers All Major Subjects
Capable of handling homework in math, chemistry, biology, physics, and more.
Instant and Accurate
Provides immediate and precise solutions and guidance.
Try Now
Ask Tutors
Ask AI
10x
Fastest way to Get Answers & Solutions
By text
Enter your question here…
By image
Re-Upload
Submit