Prove it wrong

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

Oh, nvm I was on mobile that's why it was ugly, lesson learned

hehe what an epic meme image!

looks alright

...

>momentem
i rest my case

except the SUPER MAGNET HELMET would attract the metal clips towards you, since you weigh more