Maple 15 Questions and Posts

These are Posts and Questions associated with the product, Maple 15

 

My result is complicated, ant it was very large, when I simplified the question, it just as this program.

 

The main problem is that result in YY is not in order, so the converted result is also disorder, please help me to store the result in order. Thank you!

Hello all,

I have a singular square matrix E (12x12 with its rank of 10). I need to find 2 invertible matrices S and T such that S.E.T is a square diagonal matrix (in Smith Normal form). 

Using Maple with the following commands:
>Temp := SmithForm(E);
>Rank(Temp) 
Temp is a identity Matrix and Rank of (Temp)  is 12!!! or Rank of (S.E.T) = 12.

However, the determinant of E is less than 10^-29 and rank of E is 10.

testeq() gives inconsistent results. See this example:

Equation (1):

Y*(1-h*p^Phi)*(1-t)+sum(Y*(1-t)/(1+r)^s, s = 1 .. infinity)

computes to

Y*(1-h*p1^Phi)*(1-t)+sum(Y*(1-t)/(1+r)^s, s = 1 .. infinity)

Equation

Please could you help me answer this, Thanks!
Use a nested for loop (that means two for commands, with one inside the other) to create a list of all pairs [a, b]
 where a and b are positive integers from 1 to 20 and a/b is also an integer.

Hi there,

I am calculating he rank of a matrix in Maple and I have a result. However, I want Maple to show me the intermediate steps that it used. I know that the rank function uses gaussian eliminations. Is it possible to make it display these steps? 

The matrix is 8*8 so I think it is taugh to use the tutor tool. 

I tried ShowSteps but it says that rank is not a valid problem.

Any ideas?

I am a new user of Maple. Please guide me how to write these two equations in Maple15 to get solution. I have attached a file of these two equations.

Non-linear_coupled_e.docx

Thanks and kind Regards.

Hi everyone,

Do you know how to displya this kind of things on the screen: 

[12 Elements Column Vector

Data Type: anything

Storage: rectangular

Order: Fortran_order]

 

I think it is just that the vector is too big, but I want to see it. Any suggestions?

Thanks.

How can I see the steps of solving a PDE ( partial differential equation ) in maple .
for example see the sepration variables and other equations that lead to final Eq .

I have been given the logistics map:   xn+1 = rxn(1-xn) where xn is a number between zero and one that represents the size of the population in the nth generation as a ratio of the environment’s maximum capacity.
The parameter r is a positive number related to both the reproduction rate and the rate at which the
population dies due to limited resources.  Create a procedure (taking arguments r and initial population size x

Hi all,

I have this small code as example:

> restart:with(LinearAlgebra):
> e1:=5*x1-x2+6*x3+10*x4-10;

                 e1 := 5 x1 - x2 + 6 x3 + 10 x4 - 10

> e2:=x1-x2+x3-10*x4;

                      e2 := x1 - x2 + x3 - 10 x4

> e3:=2*x1+3*x2-8*x3-x4+20;

I have a HOMEUSE licence including Maple 15, MapleSim 5, with Driveline and Tyre Libraries. Does anyone know when the intergated Maple 16 / MapleSim 6 will be release for upgrade?

So I am fairly new to maple and haven't really worked with it up until a couple of weeks ago. I am taking a physics course which requires us to do some work in maple and I am struggling to learn some of the concepts behind the data structures.

I have to essentially be able to parse a list of "Student Records" with names and marks received, and then store the data in a new list with the student name, and their average.

Essentially I am given:

[code]

hey guys, i need to do a couple presentations where i need to present some animations of equations such as

f(x) := a*(2*x^3 + x^2 - 3*x)    a=1..10

 

the question is how can i take the animation provided by maple and convert it to a some sort

 of video file such as and .avi file??

Dear All,

Kindly help me plotting the following equation:

beta = 0.25

alpha0 = 0.2580   or 15 degrees

alphad = 0.545    or  31 degrees

Bmax = 0.7

alpha = 0 to Pi/2

B(alpha) = (1-beta-beta*cos((Pi*alpha)/(0.8*alpha0)))*Bmax      for interval     0<alpha<0.8*alpha0

B(alpha) = Bmax       ...

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