Thanks and sorry - yes, I realized my mistake,
K
On Wednesday, 25 May 2016 15:03:35 UTC+1, John Cremona wrote:
>
> R.gen() is z, not the square root of minus 1, so your f is 4*z^2.
>
> With I = CC.gen() you get
>
> sage: print(f.dict())
> {1: 2.00*I, 2: 2.00}
>
>
> On 2
On Wednesday, 25 May 2016 15:34:30 UTC+1, kbriggs wrote:
>
> Thanks and sorry - yes, I realized my mistake,
> K
>
> On Wednesday, 25 May 2016 15:03:35 UTC+1, John Cremona wrote:
>>
>> R.gen() is z, not the square root of minus 1, so your f is 4*z^2.
>>
>> With I = CC.gen() you get
>>
>> sage: p
R.gen() is z, not the square root of minus 1, so your f is 4*z^2.
With I = CC.gen() you get
sage: print(f.dict())
{1: 2.00*I, 2: 2.00}
On 25 May 2016 at 14:13, wrote:
> Why do I get this?
>
>
> R.=PowerSeriesRing(CC)
>
> I=R.gen()
> f=2*I*z+2*z^2
>
> print(f.dict())
>
Why do I get this?
R.=PowerSeriesRing(CC)
I=R.gen()
f=2*I*z+2*z^2
print(f.dict())
> {2: 4.00}
Thanks,
Keith
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Hello developers,
I'm an enthusiast user of SageMath, using sage for purpose doesn't satisfy
me, so now I want to contribute in coming GSOC 2016.
As you, all know that Sage have no functionality to prints all the steps
that how this particular equation is solved. It gives
the exact solution of a
Hello guys,
I write a script to solve differential equation representing Simple
Harmonic Motion.
Here in my script I used a desolve function which is used to solve
ordinary differential equation of 1st and 2nd order. This function
gives a result of our differential equation.
Now, my question is
Hello guys,
I write a script to solve differential equation representing Simple
Harmonic Motion.
Here in my script I used a desolve function which is used to solve
ordinary differential equation of 1st and 2nd order. This function
gives a result of our differential equation.
Now, my question is
I want to test the limits order of nilpotency class of certain infinite
groups. How should I go about it? Please help.
Thanking you in advance.
Arun
India
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Arun Muktibodh
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