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∫x4(d+c2dx2)3(a+bsinh−1(cx))2dx
Optimal antiderivative 100976b2d3x4002075c4−50488b2d3x312006225c2+12622b2d3x56670125+9410b2c2d3x71120581+182b2c4d3x929403+2b2c6d3x111331−16bd3(c2x2+1)32(a+barcsinh(cx))693c5+4bd3(c2x2+1)52(a+barcsinh(cx))1155c5−2bd3(c2x2+1)72(a+barcsinh(cx))1617c5+8bd3(c2x2+1)92(a+barcsinh(cx))297c5−2bd3(c2x2+1)112(a+barcsinh(cx))121c5+16d3x5(a+barcsinh(cx))21155+8d3x5(c2x2+1)(a+barcsinh(cx))2231+2d3x5(c2x2+1)2(a+barcsinh(cx))233+d3x5(c2x2+1)3(a+barcsinh(cx))211−256bd3(a+barcsinh(cx))c2x2+117325c5+128bd3x2(a+barcsinh(cx))c2x2+117325c3−32bd3x4(a+barcsinh(cx))c2x2+15775c
command
int(x^4*(c^2*d*x^2+d)^3*(a+b*arcsinh(c*x))^2,x)
Maple 2022.1 output
∫x4(c2dx2+d)3(a+barcsinh(cx))2dx
Maple 2021.1 output
d3a2(111c11x11+13c9x9+37c7x7+15c5x5)+d3b2(arcsinh(cx)2c3x3(c2x2+1)411−arcsinh(cx)2cx(c2x2+1)433+16arcsinh(cx)2cx1155+arcsinh(cx)2cx(c2x2+1)3231+2arcsinh(cx)2cx(c2x2+1)2385+8arcsinh(cx)2cx(c2x2+1)1155−5487704cx(c2x2+1)24622396625−16arcsinh(cx)(c2x2+1)323465−606416cx(c2x2+1)13867189875−428cx(c2x2+1)4323433−2arcsinh(cx)(c2x2+1)721617−4arcsinh(cx)(c2x2+1)521925−148174cx(c2x2+1)3110937519+34arcsinh(cx)(c2x2+1)923267+2cx(c2x2+1)51331−32arcsinh(cx)c2x2+11155−2arcsinh(cx)c2x2(c2x2+1)92121+382986368cx13867189875)+2d3ab(arcsinh(cx)c11x1111+arcsinh(cx)c9x93+3arcsinh(cx)c7x77+arcsinh(cx)c5x55−c10x10c2x2+1121−91c8x8c2x2+13267−4705c6x6c2x2+1160083−6311c4x4c2x2+11334025+25244c2x2c2x2+14002075−50488c2x2+14002075)c5
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