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Student[ODEs][Solve]

  

Bessel

  

Solve a 2nd order linear ODE in terms of Bessel functions

 

Calling Sequence

Parameters

Description

Examples

Compatibility

Calling Sequence

Bessel(ODE, y(x))

Parameters

ODE

-

a second order linear ordinary differential equation

y

-

name; the dependent variable

x

-

name; the independent variable

Description

• 

The Bessel(ODE, y(x)) command finds the solution of a second order linear ODE in terms of Bessel functions.

• 

Use the option output=steps to make this command return an annotated step-by-step solution.  Further control over the format and display of the step-by-step solution is available using the options described in Student:-Basics:-OutputStepsRecord.  The options supported by that command can be passed to this one.

Examples

> 

with⁡StudentODEsSolve:

> 

ode1≔t2⁢diff⁡y⁡t,t,t+5⁢t⁢diff⁡y⁡t,t+t2−9⁢y⁡t=0

ode1≔t2⁢ⅆ2ⅆt2y⁡t+5⁢t⁢ⅆⅆty⁡t+t2−9⁢y⁡t=0

(1)
> 

Bessel⁡ode1,y⁡t

y⁡t=c__1⁢BesselJ⁡13,t+c__2⁢BesselY⁡13,tt2

(2)
> 

ode2≔t2⁢diff⁡y⁡t,t,t+t⁢diff⁡y⁡t,t+9⁢t2−16⁢y⁡t=0

ode2≔t2⁢ⅆ2ⅆt2y⁡t+t⁢ⅆⅆty⁡t+9⁢t2−16⁢y⁡t=0

(3)
> 

Bessel⁡ode2,y⁡t

y⁡t=c__1⁢BesselJ⁡4,3⁢t+c__2⁢BesselY⁡4,3⁢t

(4)
> 

ode3≔t2⁢diff⁡y⁡t,t,t+5⁢t⁢diff⁡y⁡t,t+9⁢t2−25⁢y⁡t=0

ode3≔t2⁢ⅆ2ⅆt2y⁡t+5⁢t⁢ⅆⅆty⁡t+9⁢t2−25⁢y⁡t=0

(5)
> 

Bessel⁡ode3,y⁡t

y⁡t=c__1⁢BesselJ⁡29,3⁢t+c__2⁢BesselY⁡29,3⁢t9⁢t2

(6)

Compatibility

• 

The Student[ODEs][Solve][Bessel] command was introduced in Maple 2021.

• 

For more information on Maple 2021 changes, see Updates in Maple 2021.

• 

The Student[ODEs][Solve][Bessel] command was updated in Maple 2022.

• 

The output option was introduced in Maple 2022.

• 

For more information on Maple 2022 changes, see Updates in Maple 2022.

See Also

Bessel

dsolve

odeadvisor,Bessel

Student

Student[ODEs]

Student[ODEs][Solve]