## 504 Reputation

12 years, 21 days

## and...

This is the same in mathematica, matlab, fortran etc...

## Agree...

Yes, it is a challenge for Maplesoft

## Thank you...

I will chose one way

## Thank you...

I will chose one way

## A system of Differential equations...

In the case of your s1 and s2, you have a system of equations in f1 and f2 (if f[0](x) is known)

In this case, you can not solve it with a for command

you should write : dsolve({s[1](x),s[2](x)},{f[1](x),f[2](x)})

and add boundary conditions as (D@@2)(f[1]) because you have a third derivative

## A system of Differential equations...

In the case of your s1 and s2, you have a system of equations in f1 and f2 (if f[0](x) is known)

In this case, you can not solve it with a for command

you should write : dsolve({s[1](x),s[2](x)},{f[1](x),f[2](x)})

and add boundary conditions as (D@@2)(f[1]) because you have a third derivative

## Notebook...

particle.zip

Upload don't accept .nb file. I ziped it

## Yes...

I executed your maple worksheet and mathematica notebook.

In maple take a lot of time but in mathematica few seconds

I am interested also to know how to modify your commands to get more and more less time with maple ?

## Explore...

When you execut the command for a range 0 to 1, you should enter the range for a, as:

0 to 1. (float) and not 0 to 1

## Explore...

When you execut the command for a range 0 to 1, you should enter the range for a, as:

0 to 1. (float) and not 0 to 1

It work now

Thanks

It work now

Thanks

Work well

Thank you

Work well

Thank you

@Alec Mihailovs