Live Quiz Arena
🎁 1 Free Round Daily
⚡ Enter ArenaQuestion
← ScienceWhich mechanism causes increased bond energy in diatomic nitrogen?
A)Molecular orbital electron configuration✓
B)Increased nuclear spin interactions
C)Resonance stabilization energy
D)Increased Van der Waals forces
💡 Explanation
Diatomic nitrogen’s strong triple bond results from its molecular orbital electron configuration, creating a high bond order. This is because the π and σ bonding orbitals are fully occupied, therefore maximizing bond energy, rather than resonance or solely Van der Waals forces, which are weaker.
🏆 Up to £1,000 monthly prize pool
Ready for the live challenge? Join the next global round now.
*Terms apply. Skill-based competition.
Related Questions
Browse Science →- Which consequence results when quantum mechanically treating noble gas dimers?
- Which consequence results following beta minus `decay` within reactor coolant water?
- Which outcome is likely inside solid-state battery electrolytes undergoing overcharge?
- Which consequence results on photon detectors when the gravitational field intensifies?
- Which consequence ultimately results when a fluid's Reynolds number exceeds limitations within the Navier-Stokes equations during computational fluid dynamics (CFD) simulation?
- Which risk substantially increases when a phased array radar steers its beam too rapidly?
