Carbon is in the same group as lead.
Carbon, Silicon (a metalloid), Germanium (a metalloid),
There are five stable elements in Group 14: carbon (C), silicon (Si), germanium (Ge), tin (Sn) and lead (Pb). (There's also flerovium, which is a synthetic - and extremely radioactive - element they've only made about 90 atoms of. But let's not talk about that, shall we?) Three are metalloids, two are metals and all are quite solid at STP. The easiest one to turn into a gas would be lead because it has the lowest boiling point. The answer to your question is, "there are no nonmetals and no gases in the same group as Pb."
No, Ge and Pb do not have the same ground state valence electron configuration. The ground state valence electron configuration of Germanium (Ge) is 4s2 4p2, while that of Lead (Pb) is 6s2 6p2.
No, Selenium is not a transition metal. It is a nonmetal element found in the oxygen group of the periodic table. Transition metals are characterized by their ability to form multiple oxidation states, which Selenium does not exhibit.
Carbon is in the same group as lead.
Carbon
Carbon is in the same group as lead.
Bismuth (Bi) is a metalloid that is in the same group as lead (Pb) on the periodic table, specifically Group 15.
Carbon, Silicon (a metalloid), Germanium (a metalloid),
Pb is present in group-14. Its configuration is 6s2 , 6p2
The group name for the element Pb is "group 14" or "group IV."
An example of a metal and nonmetal in the same group is Oxygen (nonmetal) and sulfur (nonmetal) in Group 16 of the periodic table.
14
There are five stable elements in Group 14: carbon (C), silicon (Si), germanium (Ge), tin (Sn) and lead (Pb). (There's also flerovium, which is a synthetic - and extremely radioactive - element they've only made about 90 atoms of. But let's not talk about that, shall we?) Three are metalloids, two are metals and all are quite solid at STP. The easiest one to turn into a gas would be lead because it has the lowest boiling point. The answer to your question is, "there are no nonmetals and no gases in the same group as Pb."
Lead (Pb) is a Group 4A cation that contains 80 electrons.
No, Ge and Pb do not have the same ground state valence electron configuration. The ground state valence electron configuration of Germanium (Ge) is 4s2 4p2, while that of Lead (Pb) is 6s2 6p2.