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Solve any
Differential Equations
Problem instantly. |
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The most
comprehensive Differential Equations APP for calculators.
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Users have
boosted their Differential Equations knowledge.
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First,
Second and higher order Differential Equations.
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Shows step
by step solutions for some Differential Equations such
as separable, exact, ..
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Includes
Slope Fields, Euler method, Runge Kutta, Wronskian,
LaPlace transform, system of Differential Equations,
Bernoulli DE, (non) homogeneous linear systems with
constant coefficient, Exact DE, shows Integrating
Factors, Separable DE and much more.
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Method of
Undetermined Coefficients (Step by Step), draw
Phase Lines.
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Ideal for quick review
and homework check in
Differential Equation/Calculus classes.
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Easy to
use. Just plug in the equation and the
correct answer shows.
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Read about the most
important Partial Differential Equations. We don't solve
them here. (Future project.)
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NEW: Step by Step
Bernoulli Differential Equation
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NEW: Step by Step
Exact Differential Equation
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NEW: Step by Step
Homogeneous 1. Order Differential Equation
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NEW: Step by Step
Initial Value Problem Solver for 2. Order Differential
Equations with non matching independent variables (Ex:
y'(0)=0, y(1)=0 )
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DOWNLOAD HERE
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Read the
DEQME User
Guide
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User C F:
"The additions to v5.0 such as step by step
exactly, step by step homogeneous and step by step
bernoulli are fantastic and would definitely make
differential equations made easy an excellent study
tool for anyone. Or it can be used as a quick solver
to check steps. I think it's the best software of
it's kind." |
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Sample
Capabilities: |
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Basics of
DiffEqns:
Look up facts of DiffEqns, here Homogeneous DiffEqns. |
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Step by
Step DiffEqns:
Here view separable Diff Eqns. |
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View Slope
Fields. |
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Perform the
Runge Kutta Method. |
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Perform the
Method of Undetermined Coefficients - Step by Step. |
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Draw a Phase Line
and analyze. |
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Solve Diff Eqns of
the Format M(x,y)dx + N(x,y)dy=0 . |
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Solve 2.
order Diff Eqns:
Here, solve a homogeneous one. |
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Solve
higher order Diff Eqns:
Here, solve a linear one with constant coefficients.
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Perform LaPlace
Transforms. |
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View the
Wronskian. |
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Step by Step Bernoulli
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Step by Step Exact D. E. |
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Step by Step 1. Order
Homogeneous D.E. |
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