Recent content by Kazz

I still got the same mass after I did c times Plancks length squared over gravitational constant (from GM/d^2)

I really wish I could post stuff here without being bashed for mistakes and explained POLITELY why it's wrong and not with sarcasm and rudeness.

If you were to divide h-bar by one second wouldn't the seconds cancel out?

Not 1... 1 second.

I just wanted the *base* energy. And so one times that equals well... H-bar

Why are people like this on the forums.

I know, but I'm assuming 1 sec

Although I very much doubt it... It could be C(m/s)/Planck Time(seconds)=5.5609185948589E+51 M/S^2 But, like I said. I doubt it.

It's as if we discovered time dilation, but without Einstein ever being born.

If you were to rearrange the equation E=mc^2 into m=E/c^2 and for E you used reduced Planck's constant (joules) would it be a mass of some unknown/known particle?

Seriously. Why are you so rude.

It's meters.

I want to say meters, not entirely sure.

Electron 1.35286150173888E-57 Alpha Particle 9.86817701940734E-54 Deuteron 4.96565509720363E-54 Helion 7.43517160660937E-57 Muon 2.79728851560698E-55 Neutron 2.48748433759427E-54 Proton 2.48406026119433E-54 Tau 4.70410373924314E-54 Triton 7.43657350963157E-54 Planck's Mass...