Download FLM.mw

Hey there in the file above, i have an equation with units, that maple dont seem to be able to solve.

Its the equation at the bottom on the box.

Can anyone tell me what i am doing wrong?

Rune Eriksen :)

I have a piecewise function which I require to be transformed to a fourier series.

The function to be transformed is:

         velocity:=piecewise(t<=6, 3*sin(t*Pi/6), t>6, 0);

How can I change this to a fourier series in a simple manner.

Thanks for your advice.

Is there a way to make the x, y and z axes thicker in 3d plots?

Hello Everyone,

I am using Maple for printing out my calculations which already look good. I wonder if there is there a way to draw a box around some important resutls or equations, something like the "\boxed" command in LaTeX?

thanks.

Hi.

I would like some help with this. As so many others  i get this meassage "There were problems during the loading process. Your worksheet may be incomplete." when i treid to open my, almost done, Math assignment.

so i looked the problem op and found that i could retrive alot of my work by changing some lines of code. I could not find the problem.

Any help?

-JRR

ps. I realy realy realy hope you guys can help me!

By setting zeta_t:=`&zeta;&tilde;`: %; I can get ζ˜ as output.
However I don't find it satisfactory. I would like to have the tilde above the ζ without shift.

Thank you in advance for your suggestions.

I have been running up against a memory limitation when running maple.java v15 from a Linux Ubuntu workstation.  The memory indicator in Maple gets up to 39.36M but will not go above that.  After I reach this limit I am still able to perform further computations but Maple gets slow and eventually crashes.  Here is one of the lines from the error message:

Exception in thread "AWT-EventQueue-0" java.lang.OutOfMemoryError: GC overhead limit exceeded

I have been using the DirectSearch package contributed by Dr. Sergey N. Moiseev.  It works very well for the problems I have been working on and would like to use it in Matlab.  Is anyone aware of a Matlab version, how I may convert this to a Matlab file, or call Maple from Malab? 

Hello,

I would like to write some functions and algebra that work with dual numbers.

http://en.wikipedia.org/wiki/Dual_number 

http://en.wikipedia.org/wiki/Dual_quaternion 

I have not found a library that supports this.

The basis of dual numbers it is epsilon^2=0, similar to i,j,k in complex algebra where i^2=-1,i*j=-1 etc.

The MRB constant =    

Concerning the following divergent and convergent series, we see that

=

Hi,

somehow Maple does not integrate a procedure in the correct way. And I don't know why. Could you please help?

This procedure creates a matrix of a special form

P:=proc(n,k,A,d,Lambda)

local p,i,j,m,off,eps:  

if n<6 then print("n greater 6"): return: end if:  

if (n mod 4)<>2 then print("n has to be n (mod 4) = 2 "): return: end if:  

eps:=proc(m,A,Lambda,k) (k+m*Lambda*2)^2+A/2 end proc:  

hi

i have written the followin code that achieve Y from determinant of matric aa. but when i change digit my result changes. i dont know why? 

> restart;
> with(LinearAlgebra);
> Digits := 100;
>
> NULL;
> upsilon := .38;
> rho := 0.122e4;
> l := 0.176e-4;
> h := 2*0.176e-4;
> L := 20*h;
> NULL;
> E := 0.144e10;
> lambda := E*upsilon/((1+upsilon)*(1-2*upsilon));

Hiim using maple 14 and tried to apply the sum of vector's elements, y appears a error (Error, unsupported type of index, n)

a := Vector(5, {(1) = 1, (2) = 2, (3) = 3, (4) = 4, (5) = 5});
> sum(a(n), n = 1 .. 5);

Error, unsupported type of index, n

please need some help

Thanks

Dear All Members;

In my research I faced with this problem and I appreciate if any of you specialists be able to help me in this issue. I brought the question here:

question.pdf

Please let me know that is it possible to finde this derivative of Bi-variate Normal distribution in Maple? If yes, could you please help me to do this?

Sincerely; 

Hello all,

I have a system of linear equations that I need to solve. My problem is that the right hand side of the equations are numbers that are published in existing research and are thus rounded results. For example, say I have the following equation:

x + y = 0.133 and some others

What I want to do is find the range of my variables x and y such that, when the calculations are done, the result (rounded to 3 decimals) will equal...