Prove it wrong.
[eqn]\forall t \,\in\, \mathbf R,\, \frac{\mathrm d \vec{p}}{\mathrm dt} \left( t \right) \,=\, \vec{F}_{A \,\to\, B} \,+\, \vec{F}_{B \,\to\, A} \,=\, \vec{F}_{A \,\to\, B} \,-\, \vec{F}_{A \,\to\, B} \,=\, \vec{0} \quad\text{then}\quad \forall t \,\in\, \mathbf R,\, \vec{p} \left( t \right) \,=\, \vec{p} \left( 0 \right) \,=\, \vec{0}[/eqn]
Back to 9GAG.
[math][eqn]\forall t \,\in\, \mathbf R,\, \frac{\mathrm d \vec{p}}{\mathrm dt} \left( t \right) \,=\, \vec{F}_{A \,\to\, B} \,+\, \vec{F}_{B \,\to\, A} \,=\, \vec{F}_{A \,\to\, B} \,-\, \vec{F}_{A \,\to\, B} \,=\, \vec{0} \quad\text{then}\quad \forall t \,\in\, \mathbf R,\, \vec{p} \left( t \right) \,=\, \vec{p} \left( 0 \right) \,=\, \vec{0}[/eqn][/math]
[math]\forall t \,\in\, \mathbf R,\, \frac{\mathrm d \vec{p}}{\mathrm dt} \left( t \right) \,=\, \vec{F}_{A \,\to\, B} \,+\, \vec{F}_{B \,\to\, A} \,=\, \vec{F}_{A \,\to\, B} \,-\, \vec{F}_{A \,\to\, B} \,=\, \vec{0} \quad\text{then}\quad \forall t \,\in\, \mathbf R,\, \vec{p} \left( t \right) \,=\, \vec{p} \left( 0 \right) \,=\, \vec{0}[/math]
For the record, I'm not the first poster, these latter two have been me just messing around trying to get this to display right
Test #2
>>8972212
hehe what an epic meme image!
>>8972270
looks alright
>>8972299
>momentem
i rest my case
>>8972299
except the SUPER MAGNET HELMET would attract the metal clips towards you, since you weigh more
>>8972605
How does it feel being an autist?
>>8972605
But steel is heavier than meat?
I do miss the classic Troll Science stuff.
>>8972639
>mfw
>>8972639
explain. Why isn't this something worrisome to mathematicans
>>8972651
Basically you define length by using the derivative of a curve so those steps don't actually converge to the circumference of the circle.
>>8972651
Because that's not how you define a circle.
>a round plane figure whose boundary (the circumference) consists of points equidistant from a fixed point (the center)
The corners will always exist in the picture at different distances than the inner corners.
>>8972651
Because the area approaches pi*(.5)^2, but the perimeter does not because it's all "scrunched up".
The function "remove corners" must satisfy that the perimeter before = the perimeter after removing corners
>>8972651
>infinity
>>8972636
>steel is heavier than meat
Not my meat
>>8972639
My favorite
>>8973355
hilarious that this would theoretically work, if we lived on a spinning ball and not a stationary plane like every experiment has proven, that is