Which mechanism primarily leads to a lower mass for deuterium compared to the sum of its constituent protons and neutrons?

💡 Explanation

Nuclear binding energy reduces the system’s mass because mass is converted into energy via mass-energy equivalence during deuteron formation; therefore a lower mass is observed rather than a simple sum, despite entanglement or relativistic effects being irrelevant.

• Which outcome reduces flow rates in laminar microfluidic devices?
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• Which consequence occurs when calibrating accelerometers in a static inertial confinement fusion experiment based on the equivalence principle?
• Which effect accelerates methane pyrolysis above 1000°C in reactors?
• Which outcome occurs when hydrostatic pressure closes gaps in polycrystalline metal?
• Which risk increases when aluminum oxide forms in molten cryolite?