very short one...

i used to creat a list like

l:=NULL:
then use a loop

very short one...

i used to creat a list like

l:=NULL:
then use a loop

Hi,

You are all very smart people.I am leanring multi variable integration at the momment. This is right on time and very helpful .

Thank you all.

just curious

what;s FTOC?

thanks

just curious

what;s FTOC?

thanks

thank for this

thank for this

> interface(rtablesize=infinity):

after appy this, i can see the matrix, thanks

and how to i go back? (ask maple do now display the matrix )
besides restart:   is there any other way?

Thanks

Chen

> interface(rtablesize=infinity):

after appy this, i can see the matrix, thanks

and how to i go back? (ask maple do now display the matrix )
besides restart:   is there any other way?

Thanks

Chen

your code is amazing, something i have never seen before

i dont even know there is such code as foldl...

coool

however, which way is more likely to get the correct answer?

thanks

your code is amazing, something i have never seen before

i dont even know there is such code as foldl...

coool

however, which way is more likely to get the correct answer?

thanks

my answer

> restart:
> n:=1:
> x[n]:=exp(1)^(-1/2):
> while n<21 do
> x[n+1]:=exp(1)^(-x[n]/2):
> n:=n+1:
> od:
> evalf(%%);

OR(based on Joe Riel's reply on http://www.mapleprimes.com/forum/maple10code )

i changed > x := 2. : # try with a rational! to > x := 1: # try with a rational!

> x := 1: # try with a rational!
> to 20 do
>     x := exp(-x/2);
> end do:
> evalf(x);

my answer

> restart:
> n:=1:
> x[n]:=exp(1)^(-1/2):
> while n<21 do
> x[n+1]:=exp(1)^(-x[n]/2):
> n:=n+1:
> od:
> evalf(%%);

OR(based on Joe Riel's reply on http://www.mapleprimes.com/forum/maple10code )

i changed > x := 2. : # try with a rational! to > x := 1: # try with a rational!

> x := 1: # try with a rational!
> to 20 do
>     x := exp(-x/2);
> end do:
> evalf(x);

> restart:
> n:=1:
> x[n]:=exp(1)^(-1/2):
> while n<21 do
> x[n+1]:=exp(1)^(-x[n]/2):
> n:=n+1:
> od:
> evalf(%%);

OR

> x := 1: # try with a rational!
> to 20 do
>     x := exp(-x/2);
> end do:
> evalf(x);

Thanks
 

> restart:
> n:=1:
> x[n]:=exp(1)^(-1/2):
> while n<21 do
> x[n+1]:=exp(1)^(-x[n]/2):
> n:=n+1:
> od:
> evalf(%%);

OR

> x := 1: # try with a rational!
> to 20 do
>     x := exp(-x/2);
> end do:
> evalf(x);

Thanks