Perplex
Dashboard
Topics
Exponents & LogarithmsApproximations & ErrorSequences & SeriesMatricesComplex NumbersFinancial Mathematics
Cartesian plane & linesFunction TheoryModellingTransformations & asymptotes
2D & 3D GeometryVoronoi DiagramsTrig equations & identitiesVectorsGraph Theory
ProbabilityDescriptive StatisticsBivariate StatisticsDistributions & Random VariablesInference & Hypotheses
DifferentiationIntegrationDifferential Equations
Review VideosFormula BookletMy Progress
BlogLanding Page
Sign UpLogin
Perplex
Perplex
Dashboard
Topics
Exponents & LogarithmsApproximations & ErrorSequences & SeriesMatricesComplex NumbersFinancial Mathematics
Cartesian plane & linesFunction TheoryModellingTransformations & asymptotes
2D & 3D GeometryVoronoi DiagramsTrig equations & identitiesVectorsGraph Theory
ProbabilityDescriptive StatisticsBivariate StatisticsDistributions & Random VariablesInference & Hypotheses
DifferentiationIntegrationDifferential Equations
Review VideosFormula BookletMy Progress
BlogLanding Page
Sign UpLogin
Perplex
/
Differential Equations
/
Solving Differential Equations
Euler's Method
Solving Differential Equations
Differential Equations

Solving Differential Equations

0 of 0 exercises completed

An introduction to differential equations and how to solve them.

Want a deeper conceptual understanding? Try our interactive lesson!

Separable Variables
AHL AI 5.14

When you have a differential equation in the form

​
dxdy​=f(x)g(y)🚫
​

you can bring all the ​y​'s to one side and all the ​x​'s to the other:

​
g(y)1​dy=f(x)dx🚫
​
​
∫g(y)1​dy=∫f(x)dx🚫
​


Particular Solutions
AHL AI 5.14

The solutions to differential equations will usually contain a constant of integration ​+C. These are called general solutions.


Often, we are given an initial condition, ie the value of ​y​ for a specific ​x, which we can use to solve for ​C. The result is the particular solution.

Nice work completing Solving Differential Equations, here's a quick recap of what we covered:

Skills covered

Mixed Practice

Exercises checked off

I'm Plex, here to help you understand this concept!
/
Differential Equations
/
Solving Differential Equations
Euler's Method
Solving Differential Equations
Differential Equations

Solving Differential Equations

0 of 0 exercises completed

An introduction to differential equations and how to solve them.

Want a deeper conceptual understanding? Try our interactive lesson!

Separable Variables
AHL AI 5.14

When you have a differential equation in the form

​
dxdy​=f(x)g(y)🚫
​

you can bring all the ​y​'s to one side and all the ​x​'s to the other:

​
g(y)1​dy=f(x)dx🚫
​
​
∫g(y)1​dy=∫f(x)dx🚫
​


Particular Solutions
AHL AI 5.14

The solutions to differential equations will usually contain a constant of integration ​+C. These are called general solutions.


Often, we are given an initial condition, ie the value of ​y​ for a specific ​x, which we can use to solve for ​C. The result is the particular solution.

Nice work completing Solving Differential Equations, here's a quick recap of what we covered:

Skills covered

Mixed Practice

Exercises checked off

I'm Plex, here to help you understand this concept!

Generating starter questions...

Generating starter questions...