Aha I see!
Thanks!
Den tor. 17. mai 2018, 00.02 skrev Ralf Hemmecke :
> Hi,
>
> > How to I define the natural logarithm in FriCAS?
>
> It depends on what you mean. FriCAS deals with symbolics, so you can type.
>
> (7) -> exp(log x)
>
>(7) x
>
Hi,
> How to I define the natural logarithm in FriCAS?
It depends on what you mean. FriCAS deals with symbolics, so you can type.
(7) -> exp(log x)
(7) x
Type: Expression(Integer)
(9) -> log exp x
(9) x
So, obviously, log is the name of the natural
|Hi!
I wanted to see when the sample equation N(x)=-x^2+20x=80.
I was just wondering why I get different results when I use 1.e-2 and
1.e-45? What does this represent?
(1) -> N==-x^2+20*x
Type:
Void
(2) -> N
Compiling body of
Hi!
I have some questions on how to do the "simple" stuff with FriCAS.
Here I took a sample function N(x)=x^2+20*x. I want to calculate when this
is equal to 80.
Why do I get different results by typing 1.e-2 and 1.e-45? The result is
pretty equal, but different decimals.
(1) -> N==-x^2+20*x