Solved integral of the form ∫e^(αx)sinβxdx
Content: e^(ax)sinbxdx.pdf (65.34 KB)
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Solving an indefinite integral of the form ∫e^(αx)sinβxdx by the method of integration by parts, where α takes the values ±1,±2,±3,±4,±5...±n, β takes the values 1,2,3,4 ,5...m
An example of solving integrals for α=1, β=1 is considered; α=2, β=3; α=−1, β=2; α=−2, β=3
∫e^(αx)sinβxdx, ∫e^(x)sinxdx, ∫e^(2x)sin3xdx, ∫e^(−x)sin2xdx, ∫e^(−2x)sin3xdx
The solution is in PDF format
An example of solving integrals for α=1, β=1 is considered; α=2, β=3; α=−1, β=2; α=−2, β=3
∫e^(αx)sinβxdx, ∫e^(x)sinxdx, ∫e^(2x)sin3xdx, ∫e^(−x)sin2xdx, ∫e^(−2x)sin3xdx
The solution is in PDF format
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