This is to my opinion not very probable, though never say impossible:
Today Mendelejev's Periodic Table looks rather incomplete, there were no 'transition' elements in it (group 3 - 12)
Element X would be found in Group 13 (Group III) of the periodic table, as it can form anions with a 3- charge to combine with the Br ions. Group 13 elements typically form compounds with a 3+ charge, which can lead to the formation of compounds like XBr3.
Hydrogen is found in group 1 row 1 of the periodic table
Xenon is in Group 18, the "inert" elements.
The element found in group 32 on the periodic table is Germanium. It is a metalloid that can be found in some minerals and is used in electronic devices.
Xenon is found in Group 18 of the Periodic Table, also known as the noble gases.
Cesium is found in group 1 of the periodic table.
Nitrogen can be found in the 1st period of group 15 elements in the periodic table.
group 1
Element X would be found in Group 13 (Group III) of the periodic table, as it can form anions with a 3- charge to combine with the Br ions. Group 13 elements typically form compounds with a 3+ charge, which can lead to the formation of compounds like XBr3.
Hydrogen is found in group 1 row 1 of the periodic table
It is found in group 18 (the group on the extreme right)
Very reactive metals are found in Group 1 (alkali metals) and Group 17 (halogens) of the periodic table.
Xenon is in Group 18, the "inert" elements.
Krypton is found in the fourth period. Since in the periodic table its in the 4th row.
group 1
Indium in the periodic table: group 13, period 5, atomic number 49.
The element found in group 32 on the periodic table is Germanium. It is a metalloid that can be found in some minerals and is used in electronic devices.