Anyone knows how to use an expression like , where t is a polynomial variable and n is an intager variable, in such a way that ? Actually, I would like to use it inside some package like polynomial tools, in order to normalize such expressions.

restart:with(plots):with(plottools):with(stats):
unprotect(D):
a[1]:=0:a[2]:=0.2:a[3]:=-0.15:a[4]:=0.85:
b[1]:=0:b[2]:=-0.26:b[3]:=0.28:b[4]:=0.04:
c[1]:=0:c[2]:=0.23:c[3]:=0.26:c[4]:=-0.04:
d[1]:=0.16:d[2]:=0.22:d[3]:=0.24:d[4]:=0.85:
e[1]:=0:e[2]:=0:e[3]:=0:e[4]:=0:
f[1]:=0:f[2]:=0.2:f[3]:=0.2:f[4]:=0.2:
p[1]:=0.01:p[2]:=0.08:p[3]:=0.15:
N:=10000:x[0]:=0:y[0]:=0:
randomize():
for n from 0 to N do
r[n]:=rand()/(10)^(12);
if r[n]then i:=2 elif r[n...

Hi,

     I'm trying to find the zero's of a 'nearly parabolic' trajectory, so narurally there are two zeros' of course I don't care about the first zero only the second one. Is there a way to have fsolve find both, or just skip the first?

     Restricting the range of fsolve won't work because I don't know where my first of second zero will be.  
Thanks!

> limit(n*int((1-(3/26)*x-(37/49)*x^2)^n, x = 0 .. 1), n = infinity); with Maple? The calculations suggest its existence. I don't have  in mind the usage of known asymptotic formulas.

fprime0 := diff(BfT[0]*z^ls*(ls*p[0]*z^lk+1-ls*p[0])/(.99*(1-(1-.989*f[0])^5)), z); 'fprime0(1)' = subs(z = 1, fprime0)

 je veux savoir comment je calcule les valeurs de fprime0 s'il vous plait je suis coincé depuis une semaine et j'ai pas pu terminer mon travail le resultat me donne 

"Large sortie de plus de 1000000 noeuds" 

I am presently using Tally to read through a list of numbers to try and calculate their frequency, I end up with a list as follows:

frequency := [1 = 6, 2 = 7, 3 = 91, 4 = 10], etc.

Now, I've been given a function that should turn this function into a "list of lists":

[code]
list_of_lists := n -> [ op(n)[1],  op(n)[2] ]
[/code]

As can be expected from looking at this function, it only returns the first two elements from the original list

is there a simple maple package template that i can look at?

I wrote a module with about 30 procs, i want to make it into a package but I don't really know where to start.

all i need is an existing package that i can simply

• rename the title
• swap the code with my own code
• swap the example with my own example

Input: solve(O/N=k^x*e^(-x)/x!,x);

Output: 

            /                    _Z  (-_Z)  \
           RootOf\-O factorial(_Z) + k   e      N/
What is this _Z? 

In the 20-29 age group , the heigts were normally ditributed with a mean 0f 64.3 inches and a standard deviation of 2.6 inches

find probability that her height is less than 56.5 inches.

After a few steps and derived out a formula include a hypergeometric expression

hypergeom(....)

in this hypergeometric expression, there are more than two parameters in maple for example

hypergeom(X,Y,Z...)

from some paper said G(z*q; q^f)

i am not familiar with hypergeometric series

how to substitute z*q and q^f into a formula include a hypergeometric expression.

i am unable to solve the following inequalities:

ineq1 := (4-(3/2)*q+(1/2)*sqrt(28-24*q+5*q^2))*(1/2-(1/2)*q)

ineq2:=(3-q+(1/4)*sqrt(84-58*q+10*q^2)+(1/4)*sqrt((4-2*q)*(3-q)))*(1/2-(1/2)*q):

solve(ineq1<1,q)

solve(ineq2<1,q)

"Warning, solutions may have been lost"

please help me here

sim_eq.mw

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]

Revision Note:
I have updated the graph in the attached Maple document based on Doug Meade's comment below.
CarTalkPuzzler_9-22-.mw 

Car Talk, a humorous phone-in program in which Tom and Ray Magliozzi (Click and Clack, the Tappet Brothers) diagnose and offer solutions for mysterious auto-related maladies, is carried by National Public Radio...