Linked from

The 189 pages that link to Periodic table, each with the reason it gives.

• UnquadquadiumRelated: Element 144 would extend the table beyond its currently confirmed entries.

• UntrienniumRelated: Atomic number 139 would extend the table beyond all currently confirmed elements.

• UntriniliumNarrower topic: Element 130 would extend the table beyond all confirmed elements.

• Xenon tetroxideNarrower topic: Xenon’s position among the noble gases helps explain why its compounds were once unexpected.

• Atomic propertiesNarrower topic: Recurring atomic-property patterns organize elements into periods and groups.

• BohriumRelated: Bohrium occupies group 7 and period 7 among the transition metals.

• Charles BarklaRelated: Characteristic X-ray measurements helped clarify how elements are ordered by atomic number.

• Disodium helideNarrower topic: Na₂He challenged expectations drawn from helium’s position among chemically inert noble gases.

• Group 12 elementNarrower topic: Group 12 is one vertical column in this arrangement.

• Group 3 elementNarrower topic: Group 3 is defined by the elements’ positions in this arrangement.

• Inorganic chemicalsRelated: Its patterns help predict the composition and behavior of inorganic compounds.

• Period 1 elementNarrower topic: Period 1 is the table’s top row.

• UnbibiumNarrower topic: Element 122 would occupy a position beyond the currently confirmed elements.

• UnbienniumRelated: Element 129 would extend the table beyond all currently confirmed elements.

• UnbioctiumNarrower topic: Element 128 would extend the table beyond all currently confirmed elements.

• UnbiseptiumNarrower topic: Element 127 would extend the table beyond all currently confirmed elements.

• UnhexenniumCompared with: The established table ends at confirmed elements; element 169 lies in a speculative extension.

• UnhexquadiumNarrower topic: Element 164 would extend the table beyond all currently confirmed elements.

• UnhexseptiumNarrower topic: Unhexseptium has no confirmed place among the officially recognized elements.

• UnoctquadiumRelated: Element 184 would extend the table beyond its currently confirmed elements.

• UnpentbiumNarrower topic: Element 125 would extend the periodic table beyond all confirmed elements.

• UnpentniliumRelated: Element 150 would extend the table beyond its currently confirmed entries.

• UnquadbiumRelated: Element 142 would extend the table beyond all currently confirmed elements.

• UnquadenniumNarrower topic: Element 149 would extend the periodic table beyond all confirmed elements.

• UnquadhexiumRelated: Element 146 would extend the table beyond all currently confirmed elements.

• UnquadniliumNarrower topic: Element 140 would extend the table beyond all confirmed elements.

• UnquadoctiumRelated: Unquadoctium denotes the proposed element that would occupy atomic-number position 148.

• UnquadseptiumRelated: Element 147 would extend the table beyond all currently recognized elements.

• UnquadtriumNarrower topic: It provides the framework for predicting where element 143 might fit.

• UnquaduniumNarrower topic: Element 141 would extend the sequence beyond the currently confirmed elements.

• UnseptbiumNarrower topic: Atomic number 172 would place the hypothetical element beyond the currently confirmed table.

• UnsepttriumNarrower topic: Element 173 would extend the table beyond all confirmed elements.

• UntribiumNarrower topic: Element 123 would occupy a position beyond the currently confirmed elements.

• UntrihexiumNarrower topic: Untrihexium would extend the table beyond its currently known elements.

• UntrioctiumRelated: Element 138 would extend the table beyond all currently confirmed elements.

• UntripentiumNarrower topic: Element 135 would extend the table beyond every confirmed element.

• UntriquadiumNarrower topic: Element 134 would extend the table beyond all confirmed elements.

• UntriseptiumRelated: Element 137 would extend the table beyond all confirmed elements.

• UntriuniumRelated: Element 131 would extend the table beyond its currently confirmed elements.