Solving Differential Equations: Implicit Derivatives and Degree of Equations, Summaries of Engineering Economy

An introduction to solving differential equations by finding the unknown functions that satisfy them. It explains how derivatives can be involved implicitly through differentials and discusses the order and degree of differential equations. Slide 5 introduces the concept of implicit derivatives, while slide 13 explains how to determine the degree of a differential equation.

Typology: Summaries

2019/2020

Uploaded on 09/24/2021

mary-elaine-botin
mary-elaine-botin 🇵🇭

1 document

1 / 1

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
Slide 5
As in equation (3), a derivative may be involved implicitly through the presence of differentials. Our aim
is to find methods for solving differential equations; that is, to find the unknown functions that satisfy
the differential equation.
Slide 13
The equation is in order 3, and the power of its order is one, hence, the equation has a degree of one or
we can say that the equation is in the 1st degree.

Partial preview of the text

Download Solving Differential Equations: Implicit Derivatives and Degree of Equations and more Summaries Engineering Economy in PDF only on Docsity!

Slide 5 As in equation (3), a derivative may be involved implicitly through the presence of differentials. Our aim is to find methods for solving differential equations; that is, to find the unknown functions that satisfy the differential equation. Slide 13 The equation is in order 3, and the power of its order is one, hence, the equation has a degree of one or we can say that the equation is in the 1st^ degree.