Rules for finding particular integral case 2 in differential equations finding cf and pi in ODE #5

Welcome to this video "Rules for finding particular integral case 2 in differential equations | finding cf and pi in ODE #5| RGPV M2"
Rules for finding particular integral case 2 in differential equations | finding cf and pi in ODE #5
In this video " Rules for finding particular integral case 2 in differential equations | finding cf and pi in ODE #5| RGPV M2" you will find the introduction of linear higher-order differential equations with constant coefficients and rules for finding particular integral PI.
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Module 1:Ordinary Differential Equations I: Differential Equations of First Order and First Degree (Leibnitz linear, Bernoulli’s, Exact), Differential Equations of First Order and Higher Degree (non-linear equations solvable for p,y,x and Clairaut's form), Higher-order differential equations with constants coefficients, Cauchy Homogeneous Linear Differential equations, Simultaneous Differential Equations.

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In this video, "Rules for finding particular integral case 2 in differential equations | finding cf and pi in ODE #5| RGPV M2" you will find,

00:00 Introduction
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Rules for finding particular integral case 2 in differential equations | finding cf and pi in ODE #5| RGPV M2
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Dr. Padma Joshi

[vijaypatidar]

Differntiation of sin5x should be 5cos5x the how d/dx sin5x = 5sin5x