1. Consider the differential equation: dy y² + xy x² dx a. Write the differential equation in homogeneous form. Then solve the differential equation using the techniques for solving homogeneous differential equations. b. Write the differential equation in Bernoulli form. Then solve the differential equation using the techniques for solving Bernoulli differential equations. Make sure your answers to both parts agree.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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1. Consider the differential equation:
dy y² + xy
x²
dx
a.
Write the differential equation in homogeneous form. Then solve the
differential equation using the techniques for solving homogeneous differential
equations.
b.
Write the differential equation in Bernoulli form. Then solve the differential
equation using the techniques for solving Bernoulli differential equations. Make
sure your answers to both parts agree.
Transcribed Image Text:1. Consider the differential equation: dy y² + xy x² dx a. Write the differential equation in homogeneous form. Then solve the differential equation using the techniques for solving homogeneous differential equations. b. Write the differential equation in Bernoulli form. Then solve the differential equation using the techniques for solving Bernoulli differential equations. Make sure your answers to both parts agree.
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