Assertion: proton's energy | /r/HasProperty | the same
Facets:
value: for all nuclei
type: OTHER
value: almost
type: DEGREE
value: before
type: TEMPORAL
value: to a first approximation
type: OTHER
value: in an elastic collision
type: TEMPORAL
value: approximately
type: DEGREE
Source sentences:
text: One property of nuclei is that the average binding energy per nucleon is approximately the same for all stable nuclei, which is similar to a liquid drop.
text: The first term a {\displaystyle a} is called the saturation contribution and ensures that the binding energy per nucleon is the same for all nuclei to a first approximation.
text: In an elastic collision, the total momentum and total kinetic energy of the particles are the same before and after the collision.
text: At the relativistic energies of modern particle physics, the kinetic energy and momentum of most particles are almost the same, so for our purposes we have different definition: In an elastic collision, the beam and target particles are unchanged after scattering; in inelastic scattering, the beam and/or target particles are fragmented by the scattering.