The Heisenberg uncertainty principle implies that all material particles travel

Question

The Heisenberg uncertainty principle implies that all material particles travel at less than the speed of light quantum mechanics and classical mechanics merge in the limit of large quantum numbers an electron's position and momentum cannot both be known precisely at the same time no more than two electrons can be in the same atomic orbital momentum is not necessarily conserved in atomic processes In atomic mass units (u), the proton rest mass is 1.0073 u and the neutron rest mass is 1.0087 u. The deuteron, formed from a proton and a neutron, has a rest mass that is between 0.0014 u and 0.0028 u 2.0135 u and 2.0159 u 2.0161 u and 2.0184 u 2.0185 u and 2.0208 u 2.0209 u and 4.0320 u

Explanation / Answer

75) c. by definition
76) b. a little mass is lost as binding energy

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