boron-10

Summary

boron-10 is a stable isotope^[1]. boron-10 draws 16 Wikipedia views per month (stable_isotope category, ranking #12 of 46).^[2]

Key Facts

• boron-10's instance of is recorded as stable isotope^[3].
• boron-10's instance of is recorded as isotope of boron^[4].
• boron-10's GND ID is recorded as 4146389-4^[5].
• boron-10's subclass of is recorded as boron^[6].
• boron-10's atomic number is recorded as {'amount': '+5'}^[7].
• boron-10's spin quantum number is recorded as {'amount': '+3.0'}^[8].
• boron-10's parity quantum number is recorded as {'amount': '+1'}^[9].
• boron-10's neutron number is recorded as {'amount': '+5'}^[10].
• boron-10's Encyclopædia Britannica Online ID is recorded as science/boron-10^[11].
• boron-10's mass is recorded as {'unit': 'Q483261', 'amount': '+10.012936862'}^[12].
• boron-10's binding energy is recorded as {'unit': 'Q28719934', 'amount': '+64750.83'}^[13].
• boron-10's mass excess is recorded as {'unit': 'Q28719934', 'amount': '+12050.609'}^[14].
• boron-10's natural abundance is recorded as {'amount': '+0.199'}^[15].
• boron-10's Google Knowledge Graph ID is recorded as /g/1227py1x^[16].
• boron-10's Wolfram Language entity code is recorded as Entity["Isotope", "Boron10"]^[17].

Why It Matters

boron-10 draws 16 Wikipedia views per month (stable_isotope category, ranking #12 of 46).^[2] boron-10 has Wikipedia articles in 6 language editions, a strong signal of global cultural recognition.^[18] boron-10 is known by 6 alternative names across languages and contexts.^[19]