Anyone wanna play Q&A? - Ask me anything and i'll reply my answer! :)

[[[global:former-user]]]

Where are you from?

[quEEn_B]

@alwaysstranger Guyana..

[its bobby]

@dolche 3 things u never have in your life?

[[[global:former-user]]]

Where are you from? I had to youtube Guyana

[quEEn_B]

@bobbys-noona Well True love, Sex, and children ...how about you?

[its bobby]

@dolche private jet, justin bieber phone number, husband (not yet) lol

[quEEn_B]

@bobbys-noona Nice, wait were you asking what i'll never have in life or what I never had in life?

[its bobby]

@dolche lol mybad never had

[quEEn_B]

@bobbys-noona Ohh well that's what I answered to

[SWAGMASTER]

A proton in mass units is 1.007276 amu
A neutron is 1.008664 amu

The neutron has MORE mass than the proton not the other way around. (0.001388 amu more)
I understand a positron has 0.000548756 u of mass. All 3 flavors of neutrino combined are suspected to have the amu of a millionth of an electron(same as positron). So this leaves us with a 0.001936756 amu total gain or more all while supposedly ejecting large sums of energy.

This leaves THREE questions:

1. How does a proton shed particles(neutrino and positron) and then end up with more mass than it even started with???
2. Where is the missing discrepancy in the mass is there a particle we are not yet aware of with negative mass or something?
3. Is our atomic mass data accurate enough?