And the inter-atomic bonding in its lattice is likely to be,
Each atom is bonded to three other atoms. Boron lattice has no free electrons it is not as reactive nor conductive.
Thursday, October 16, 2014
Boron
Boron has an acidic oxide, that means it has a strong p+ presence that will attract the OH- group from water and leave the solution with free H+ . So, the proton added to form Boron as we move across the periodic table is likely to be outside of the 2+ nucleus.
And the inter-atomic bonding in its lattice is likely to be,
Each atom is bonded to three other atoms. Boron lattice has no free electrons it is not as reactive nor conductive.
And the inter-atomic bonding in its lattice is likely to be,
Each atom is bonded to three other atoms. Boron lattice has no free electrons it is not as reactive nor conductive.
