That'sThis is exactly what Inactivate iswas designed for:
int = Inactivate[Integrate[x^n/(x + 1)^(n + 1), {x, 0, 1}], Integrate]
int /. n -> 3
(Notice also the light shading of the integral sign and the d to indicate the inactivation)
That's what Inactivate is designed for:
int = Inactivate[Integrate[x^n/(x + 1)^(n + 1), {x, 0, 1}], Integrate]
int /. n -> 3
(Notice also the light shading of the integral sign and the d to indicate the inactivation)
This is exactly what Inactivate was designed for:
int = Inactivate[Integrate[x^n/(x + 1)^(n + 1), {x, 0, 1}], Integrate]
int /. n -> 3
(Notice also the light shading of the integral sign and the d to indicate the inactivation)
That's what Inactivate is designed for:
int = Inactivate[Integrate[x^n/(x + 1)^(n + 1), {x, 0, 1}], Integrate]
int /. n -> 3
(Notice also the light shading of the integral sign and the d to indicate the inactivation)