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The system of differential equations in steps
Integral Step by Step
Inequalities Step by Step
Equation systems Step by Step
Linear homogeneous differential equations of 2nd order StepByStep
Linear inhomogeneous differential equations of the 1st order StepByStep
Differential equations with separable variables StepbyStep
A simplest differential equations of 1order StepbyStep
How to use it?
Differential equation
:
Equation y''8y'+16y=e^4x
Equation dy/dx=sin(y)
Equation dy/dx=xy^(1/2)
Equation y'’’y’=sinx
Derivative of
:
e^4x
Identical expressions
y''8y'+16y=e^4x
y two strokes of the second (2nd) order minus 8y stroke first (1st) order plus 16y equally e to the power of 4x
y''8y'+16y=e4x
y''8y'+16y=e⁴x
Similar expressions
y''16y=2e^(4x)
dy/dx6y=e^4*x
y"5y'+4y=e^(4x)
y''8y'16y=e^4x
y''+8y'+16y=e^4x
y'''2y''y'+2y=e^(4x)
Differential equations
/
y''8y'+16y=e^4x
Differential equation y''8y'+16y=e^4x
The teacher will be very surprised to see your correct solution 😉
+ equation
Solve the differential equation!
v
For Cauchy problem:
y(
) =
y'(
) =
y''(
) =
y'''(
) =
y''''(
) =
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