Any meth heads out there?
At Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud <ff@linux.rocks> wrote:
Any meth heads out there?
Only you, Bozo.
On Wed, 24 Dec 2025 16:39:24 +0000, Doc Hammerslack wrote:
At Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud <ff@linux.rocks> wrote:
Any meth heads out there?
Only you, Bozo.
So true.
Any math heads out there?
Eternal fame awaits the person who can solve this.
On Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud wrote:
Any math heads out there?
Eternal fame awaits the person who can solve this.
You may be wondering how I arrived at these particular expressions
and what they have to do with GNU/Linux.
Fret not. I shall reveal.
I was exploring general tangent plane vectors along a general
sphere geodesic using the open-source GNU/Linux Maxima:
<https://maxima.sourceforge.io/>
I had derived the covariant derivative of the general tangent
vector using both the intrinsic (Christoffel symbols) and extrinsic (projection onto unit normal) methods. They should be equal
but the expressions were different. Yet they are indeed equal.
One must be reducible to the other but I can't figure out how
to do it.
If you can perform this reduction you will gain everlasting
fame.
So get to it.
Any math heads out there?
I solve problems WAY more complicated than this. Every day.
On Wed, 24 Dec 2025 19:23:35 +0000, Tyrone wrote:
I solve problems WAY more complicated than this. Every day.
Today is the day that you fall flat on your fucking face.
Ha, ha, ha, ha, ha, ha, ha, ha, ha, ha, ha, ha!
On Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud wrote:
Any math heads out there?
Eternal fame awaits the person who can solve this.
You may be wondering how I arrived at these particular expressions
and what they have to do with GNU/Linux.
Fret not. I shall reveal.
I was exploring general tangent plane vectors along a general
sphere geodesic using the open-source GNU/Linux Maxima:
<https://maxima.sourceforge.io/>
I had derived the covariant derivative of the general tangent
vector using both the intrinsic (Christoffel symbols) and extrinsic (projection onto unit normal) methods. They should be equal
but the expressions were different. Yet they are indeed equal.
One must be reducible to the other but I can't figure out how
to do it.
If you can perform this reduction you will gain everlasting
fame.
So get to it.
Op 24-12-2025 om 19:36 schreef Farley Flud:
On Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud wrote:
Any math heads out there?
Eternal fame awaits the person who can solve this.
You may be wondering how I arrived at these particular expressions
and what they have to do with GNU/Linux.
Fret not. I shall reveal.
I was exploring general tangent plane vectors along a general
sphere geodesic using the open-source GNU/Linux Maxima:
<https://maxima.sourceforge.io/>
I had derived the covariant derivative of the general tangent
vector using both the intrinsic (Christoffel symbols) and extrinsic
(projection onto unit normal) methods. They should be equal
but the expressions were different. Yet they are indeed equal.
One must be reducible to the other but I can't figure out how
to do it.
If you can perform this reduction you will gain everlasting
fame.
So get to it.
I prefer desmos, because you can just link to graphs to easily share
things.
https://www.desmos.com/calculator/vnj4fplzus
I haven't worked out in detail why these expressions are equal, but they
do seem to boil down to something fairly close.
At Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud <ff@linux.rocks> wrote:
Any meth heads out there?
Only you, Bozo.
Doc Hammerslack wrote:
At Wed, 24 Dec 2025 13:30:01 +0000, Farley Flud <ff@linux.rocks> wrote:
Any meth heads out there?
Only you, Bozo.
This really does explains everything.
I prefer desmos, because you can just link to graphs to easily share
things.
https://www.desmos.com/calculator/vnj4fplzus
Oh I see, they are equal because you can multiply by (3cos(x)^2+1)/(3cos(x)^2+1) to turn h0(t) into g0(t).
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