đ”16b - Bernoulli Differential Equations (dy/dx + p(x)y = q(x)y^n)
In this video, we shall consider another method in solving differential Equations, we shall be looking at Bernoulli differential equations. A Bernoulli Differential Equation is an equation of the form dy/dx + p(x) = q(x)y^n, where both p and q are all functions of x. Steps to solve Bernoulli DE 1. Rearrange the DE in the form: dy/dx + p(x)y = q(x)y^n 2. Find the integrating factor, u(x) 3. Solve for the general solution 00:00 - Ex 3 10:44 - Ex 4 Playlists on various Courses 1. Applied Electricity    âąÂ APPLIED ELECTRICITY  2. Linear Algebra / Math 151    âąÂ LINEAR ALGEBRA  3. Basic Mechanics    âąÂ BASIC MECHANICS / STATICS  4. Calculus with Analysis / Calculus 1 / Math 152    âąÂ CALCULUS WITH ANALYSIS / CALCULUS 1 / MATH...  5. Differential Equations / Math 251    âąÂ DIFFERENTIAL EQUATIONS  6. Electric Circuit Theory / Circuit Design    âąÂ ELECTRIC CIRCUIT THEORY / CIRCUIT DESIGN  7. Calculus with Several Variables    âąÂ CALCULUS WITH SEVERAL VARIABLES / MATH 252  8. Numerical Analysis    âąÂ MATH 351 / NUMERICAL ANALYSIS / NUMERICAL ...  9. Antenna Design    âąÂ ANTENNA DESIGN  Make sure to watch till the end. Like, share, and subscribe. Thank you.
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