The subshell electronic configuration of two elementsends asfollows.(Symbols are not real) `P-3s^2` `Q-3p^4`: The chemical formula of the compound formed by these elements is PQ.Is this statement correct? Justify your answer.

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 subshell electronic configuration of two elementsends asfollows.(Symbols are not real) P-3s^2 Q-3p^4 : Write the complete subshell electronic configuration.

Write the chemical formula of the compound formed by combining element S with P.

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 electronic configuration of two elements A and B are: A = 1s^(2) 2s^(2) 2p^(6) 3s^(1) and B = 1s^(2) 2s^(2)2p^(5) . The correct structural formula of the compound formed by them is.

The element Cu with atomic number 29 undergoes chemical reaction to form an ion with oxidation number +2. a) Write down the subshell electronic configuration of this ion? b) Can this element show variable valency? Why? c) Write down the chemical formula of one compound formed when this elemrnt reacts with chlorine (Cl_17)

The subshell electron configuration of certain elements are given below. (Symbols are not real) A=[Ar]4s^(2)3d^1 B=[Ne]3s^1 C=[Ar]4s^1 D=[Ne]3s^(2)3p^5 Which among these belong to the same period?

The subshell electron configuration of certain elements are given below. (Symbols are not real) A=[Ar]4s^(2)3d^1 B=[Ne]3s^1 C=[Ar]4s^1 D=[Ne]3s^(2)3p^5 Which among these belong to the same group?

Complete the table given below and answer the following questions (symbol used are not true) Write the chemical formula of the compound formed by combining S with P. .