The outermost electronic configuration of the element A is `2s^2 2p^2`. (Symbolis not real) c. Writ: Find out thegroup number and block of the element.

The outermost electronic configuration of the element A is 2s^2 2p^2 . (Symbolis not real) c. Writ: Write the complete electronic configura-tion of the element just below ‘A’ in the periodic table.

The outermost electronic configuration of the element A is 2s^2 2p^2 . (Symbolis not real) c. Writ: Write the chemical formula of the com-pound formed by A when it combines with chlorine.

The outermost electronic configuration of A is 2s^2 2p^2 (Symbols are not real) a) Find the group number, block of this element. b) Write the chemical formula of the compound obtained by the reaction of A and chlorine. c) Write down the complete subshell electronic configuration of the element coming just below A in the same group of the periodic table?

The outermost electronic configuration of an element is 3s^2 3p^4 a) Find the atomic number of this element. b) Write down the group in which this element belongs to? c) Write down the outermost subshell elctronic configuration of the inert gas which belongs to the same period of the given element.

The subshell electronic configuration of two elementsends asfollows.(Symbols are not real) P-3s^2 Q-3p^4 : Find out the oxidation state of each element.

The outer most subshell electronic configuration of an element is 3d^(5)4s^2 . Identify its block and period.

The outer most subshell electronic configuration of an element is 3d^54s^2 : Identify its block and period.

The outer most subshell electronic configuration of an element is 3d^(5)4s^2 . Write the atomic number of the element.

The electronic configuration of an element is 2, 7. In which group does it belong?

The electronic configuration of an element is 2,8,8. In which period does it belong?