7. Solve the given differential equation. * SHOW YOUR COMPLETE AND CLEAN SOLUTIONS. 2r² (x² – x) (y')² + (x² + x) y' = 1 O y + x² = C_ C and y+In|x – 1| = C O y - x² = C and y – In\x – 1| = C O y - = C and y– Inx – In|x – 1 2x O y + 1 = C and y – In x + In|x – 1 2x
7. Solve the given differential equation. * SHOW YOUR COMPLETE AND CLEAN SOLUTIONS. 2r² (x² – x) (y')² + (x² + x) y' = 1 O y + x² = C_ C and y+In|x – 1| = C O y - x² = C and y – In\x – 1| = C O y - = C and y– Inx – In|x – 1 2x O y + 1 = C and y – In x + In|x – 1 2x
7. Solve the given differential equation. * SHOW YOUR COMPLETE AND CLEAN SOLUTIONS. 2r² (x² – x) (y')² + (x² + x) y' = 1 O y + x² = C_ C and y+In|x – 1| = C O y - x² = C and y – In\x – 1| = C O y - = C and y– Inx – In|x – 1 2x O y + 1 = C and y – In x + In|x – 1 2x
Can someone show me the simpliest solution for this differential equation? Thankyou in advance!!
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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