Consider the linear variable coefficient second-order ODE y" () + (x)y (+) +q()/()=0, z>0, where p, q are given function

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Consider The Linear Variable Coefficient Second Order Ode Y X Y Q 0 Z 0 Where P Q Are Given Function 1 (304.78 KiB) Viewed 25 times

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Consider the linear variable coefficient second-order ODE y" () + (x)y (+) +q()/()=0, z>0, where p, q are given functions of the independent variable Two solutions of the ODE are y1 = ln(6 x) and y2 HIHET sin (1) The Wronskian of yi and y2 for the differential equation is O sin(x) In(61) cos(2) C cos(.) sin( In(60) + 42" O cos(1) In(60) + sin(a) 20 O cos(1) ln(62) sin(2) HC