Transcription of TABLE OF COMMON MONATOMIC IONS
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TABLE OF COMMON MONATOMIC IONS
AIAIIBIBIIAIIIAVAIVAIIVH+H-iL+eB+2N-3O-2 F-aN+gM+2lA+3P-3S-2lC-K+aC+2nZ+2aG+3eS-2 rB-bR+rS+2gA+dC+2nI+3I-sC+aB+2 TABLE OF COMMON MONATOMIC ions fixed-charge metals in Groups IA, IIA, and IIIA fixed-charge metals in Groups IB and IIB (transition elements) COMMON -charge non-metals from Groups IVA, VA, VIA, and VIIA semi-metal from Group IVAFor ions in group VA, VI, and VIIA, the magnitude of charge is calculated by subtract-ing the group number from 8. Non-metal elements have a COMMON or fixed charge/oxidation when compounded with metals. Yet oxidation values can vary depending onwhich non-metal elements they are combined with, as in polyatomic ions and molecu-lar 2005 by Matthew Medeiros. All rights +2iT+3V+2V+3rC+2rC+3rC+6nM+2nM+3nM+7eF+2 eF+3oC+2oC+3iN+2iN+3uC+uC+2eG+2eG+4dP+2d P+3nS+2nS+4tP+2tP+3uA+uA+3gH+gH+2lT+lT+3 bP+2bP+4 TABLE OF COMMON VARIABLE-CHARGE METALS variable-charge transisiton metals variable-charge metals from groups IIIA and IVAC omment: The variable-charge nature of certain metals presents a unique outcome in compound formation.
For ions in group VA, VI, and VIIA, the magnitude of charge is calculated by subtract-ing the group number from 8. Non-metal elements have a common or fixed charge/ oxidation when compounded with metals. Yet oxidation values can vary depending on which non-metal elements they are combined with, as in polyatomic ions and molecu-lar compounds.
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