The atom of a compound in the `4^(th)` period has 3 electrons in the d subshell just inside the outer most shell: To which group does this compound belong?

The atom of a compound in the 4^(th) period has 3 electrons in the d subshell just inside the outer most shell: Write down the complete electronic configuration of this compound.

There are three shells in the atom of element 'X', 6 electrons are present in its outermost shell. In which period does this element belong?

There are three shells in the atom of element 'X', 6 electrons are present in its outermost shell. To which family of element does is this element belong to?

Assess the properties of elements and classify it as p and d block elements. • form coloured compounds • includes metals and non-mentals. •show various oxidation states. • The last electrons are filled in the outermost shell. • show similar properties, in periods. •The last electrons are filled in the shell preceding the outermost shell. •Only metals are included.

An atom has three shells and there is 6 electrons in the outermost subshell of the atom. Answer te following. a) Which is the element? b) Write the common oxidation state of its compounds. c) Is it metal or non-metal?

The last electron of an element is filled in the 3d^2 subshell. Then find the following. a) Atomic number b) Group, period Block

Electronic configuration of group I elements of the periodic table are given What is the peculiarity seen in the electronic configuration of the outer most shell of these elements?