Involving trigonometric and exponential functions

Involving sin and exp

Involving e^{p z}sin(c z)cos^nu(a z)

Involving e^{p z}sin^mu(c z+d)cos(a z)

Involving e^{p z}sin(c z)cos(a z+b)

Involving e^{p z}sin(c z+d)cos(a z+b)

Involving e^{p zr}sin(b z²)cos(c z)

Involving e^{p zr}sin(b z)cos(c z)

Involving e^{p z}sin(b z^r)cos(c z)

Involving e^{p z} sin(b z)cos(c z^r)

Involving e^{p zr} sin(b z)cos(c z^r)

Involving e^{p z} sin(b z^r)cos(c z^r)

Involving e^{p zr} sin(b z^r)cos(c z^r)

Involving e^{b zr+e} sin(a z^r+q) cos(c z^r+g)

Involving e^{b zr+d z+e} sin(a z^r+p z+q) cos(c z^r+f z+g)

Involving sin and rational functions of exp

Involving sin(e z)cos(c z)(a+b e^{d z})^-n

Involving e^{p z}sin(e z)cos(c z)(a+b e^{d z})^-n

Involving sin and algebraic functions of exp

Involving (a+b e^{d z})^beta sin(e z)cos(c z)

Involving e^{p z}(a+b e^{d z})^beta sin(e z)cos(c z)

Involving powers of sin and exp

Involving e^{p z}sin^mu(c z)cos(a z)

Involving e^{p z}sin^mu(c z+d)cos(a z)

Involving e^{p z}sin^mu(c z)cos(a z+b)

Involving e^{p z}sin^mu(c z+d)cos(a z+b)

Involving e^{p zr}sin^m(b z^r)cos(c z)

Involving e^{p zr}sin^m(b z)cos(c z)

Involving e^{p z}sin^m(b z^r)cos(c z)

Involving e^{p z} sin^m(b z)cos(c z^r)

Involving e^{p zr} sin^m(b z)cos(c z^r)

Involving e^{p z} sin^m(b z^r)cos(c z^r)

Involving e^{p zr} sin^m(b z^r)cos(c z^r)

Involving e^{b zr+e} sin^m(a z^r+q) cos(c z^r+g)

Involving e^{b zr+d z+e} sin^m(a z^r+p z+q) cos(c z^r+f z+g)

Involving powers of sin and rational functions of exp

Involving sin^m(e z)cos(c z)(a+b e^{d z})^-n

Involving e^{p z}sin^m(e z)cos(c z)(a+b e^{d z})^-n

Involving powers of sin and algebraic functions of exp

Involving (a+b e^{d z})^beta sin^m(e z)cos(c z)

Involving e^{p z}(a+b e^{d z})^beta sin^m(e z)cos(c z)

Involving products of sin and exp

Involving rational functions of sin and exp

Involving e^{p z}cos(c z)/a+b sin(d z)

Involving e^{p z}(a+b sin(d z))^-ncos(c z)

Involving e^{p z}cos(c z)/a+b sin²(d z)

Involving e^{p z}(a+b sin²(d z))^-ncos(c z)

Involving e^{p z}sin(e z)cos(c z)/a+b sin(d z)

Involving e^{p z}sin(e z)cos(c z)(a+b sin(d z))^-n

Involving e^{p z}sin(e z)cos(c z)/a+b sin²(d z)

Involving e^{p z}sin(e z)cos(c z)(a+b sin²(d z))^-n

Involving algebraic functions of sin and exp

Involving e^{p z}(a+b sin(d z))^beta cos(c z)

Involving e^{p z}(a+b sin²(d z))^beta cos(c z)

Involving e^{p z}sin(e z)cos(c z)(a+b sin(d z))^beta

Involving e^{p z}sin(e z)cos(c z)(a+b sin²(d z))^beta