1 / | | / 2 \ | sin\4*x + 3*x + 2/ dx | / 0
Integral(sin(4*x^2 + 3*x + 2), (x, 0, 1))
FresnelSRule(a=4, b=3, c=2, context=sin(4*x**2 + 3*x + 2), symbol=x)
Ahora simplificar:
Añadimos la constante de integración:
Respuesta:
/ / ___ \ / ___ \ \ ___ ____ | /23\ |\/ 2 *(3 + 8*x)| |\/ 2 *(3 + 8*x)| /23\| / \/ 2 *\/ pi *|cos|--|*S|---------------| + C|---------------|*sin|--|| | | \16/ | ____ | | ____ | \16/| | / 2 \ \ \ 4*\/ pi / \ 4*\/ pi / / | sin\4*x + 3*x + 2/ dx = C + ---------------------------------------------------------------------- | 4 /
/ / ___ \ / ___ \ \ / / ___\ / ___\ \ ___ ____ | /23\ |3*\/ 2 | |3*\/ 2 | /23\| ___ ____ | /23\ |11*\/ 2 | |11*\/ 2 | /23\| \/ 2 *\/ pi *|cos|--|*S|--------| + C|--------|*sin|--|| \/ 2 *\/ pi *|cos|--|*S|--------| + C|--------|*sin|--|| | \16/ | ____| | ____| \16/| | \16/ | ____| | ____| \16/| \ \4*\/ pi / \4*\/ pi / / \ \4*\/ pi / \4*\/ pi / / - -------------------------------------------------------- + -------------------------------------------------------- 4 4
=
/ / ___ \ / ___ \ \ / / ___\ / ___\ \ ___ ____ | /23\ |3*\/ 2 | |3*\/ 2 | /23\| ___ ____ | /23\ |11*\/ 2 | |11*\/ 2 | /23\| \/ 2 *\/ pi *|cos|--|*S|--------| + C|--------|*sin|--|| \/ 2 *\/ pi *|cos|--|*S|--------| + C|--------|*sin|--|| | \16/ | ____| | ____| \16/| | \16/ | ____| | ____| \16/| \ \4*\/ pi / \4*\/ pi / / \ \4*\/ pi / \4*\/ pi / / - -------------------------------------------------------- + -------------------------------------------------------- 4 4
-sqrt(2)*sqrt(pi)*(cos(23/16)*fresnels(3*sqrt(2)/(4*sqrt(pi))) + fresnelc(3*sqrt(2)/(4*sqrt(pi)))*sin(23/16))/4 + sqrt(2)*sqrt(pi)*(cos(23/16)*fresnels(11*sqrt(2)/(4*sqrt(pi))) + fresnelc(11*sqrt(2)/(4*sqrt(pi)))*sin(23/16))/4
Estos ejemplos se pueden aplicar para introducción de los límites de integración inferior y superior.