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y″(x)=−y(x)(Ax2+B)x(x2−a1)(x2−a2)(x2−a3)−y′(x)(x2((x2−a1)(x2−a2)+(x2−a1)(x2−a3)+(x2−a2)(x2−a3))−(x2−a1)(x2−a2)(x2−a3))x(x2−a1)(x2−a2)(x2−a3) ✗ Mathematica : cpu = 61.2665 (sec), leaf count = 0 , DifferentialRoot result
\left \{\left \{y(x)\to \text {DifferentialRoot}\left (\{\unicode {f818},\unicode {f817}\}\unicode {f4a1}\left \{\left (A \unicode {f817}^2+B\right ) \unicode {f818}(\unicode {f817})+\left (2 \unicode {f817}^6-\text {a1} \unicode {f817}^4-\text {a2} \unicode {f817}^4-\text {a3} \unicode {f817}^4+\text {a1} \text {a2} \text {a3}\right ) \unicode {f818}'(\unicode {f817})-\unicode {f817} \left (\text {a1}-\unicode {f817}^2\right ) \left (\text {a2}-\unicode {f817}^2\right ) \left (\text {a3}-\unicode {f817}^2\right ) \unicode {f818}''(\unicode {f817})=0,\unicode {f818}(1)=c_1,\unicode {f818}'(1)=c_2\right \}\right )(x)\right \}\right \}\left \{\left \{y(x)\to \text {DifferentialRoot}\left (\{\unicode {f818},\unicode {f817}\}\unicode {f4a1}\left \{\left (A \unicode {f817}^2+B\right ) \unicode {f818}(\unicode {f817})+\left (2 \unicode {f817}^6-\text {a1} \unicode {f817}^4-\text {a2} \unicode {f817}^4-\text {a3} \unicode {f817}^4+\text {a1} \text {a2} \text {a3}\right ) \unicode {f818}'(\unicode {f817})-\unicode {f817} \left (\text {a1}-\unicode {f817}^2\right ) \left (\text {a2}-\unicode {f817}^2\right ) \left (\text {a3}-\unicode {f817}^2\right ) \unicode {f818}''(\unicode {f817})=0,\unicode {f818}(1)=c_1,\unicode {f818}'(1)=c_2\right \}\right )(x)\right \}\right \}
✗ Maple : cpu = 0. (sec), leaf count = 0 , result contains DESol
{y(x)=DESol({d2dx2_Y(x)+(x2((x2−a1)(x2−a2)+(x2−a2)(x2−a3)+(x2−a3)(x2−a1))−(x2−a1)(x2−a2)(x2−a3))ddx_Y(x)(x2−a1)(x2−a2)x(x2−a3)+(Ax2+B)_Y(x)(x2−a1)(x2−a2)x(x2−a3)},{_Y(x)})}
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