The element‘X’ has 4 shells, and its3d sub-shell has6 electrons.(Symbol is not real): From which subshell the electrons are lost when the element X shows +2 oxi-dationstate

The element ‘X’ has 4 shells, and its3d sub-shell has6 electrons.(Symbol is not real): Write the complete electronic configuration of the element

The element‘X’ has 4 shells, and its3d sub-shell has6 electrons.(Symbol is not real): What is its group number? Which is the block?

The element‘X’ has 4 shells, and its3d sub-shell has6 electrons.(Symbol is not real): Write any two characteristics of the bl-ock to which element X belongs to.

There are 4 shells in the element X. The 3d subshell of X contains 6 electrons. (symbol is not real) a. Write down the complete subshell electronic configuration of X. b. Identify the Group and block. c. Write two characteristics of the elements in which X is included? d From which subshell does this element loses its electrons to show +2 oxidation state?

The atomic number of element X is 12. [Symbol is not real] Write the subshell wise electronic configuration of X.

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 element X in group 17 has 3 shells. If so: Write the subshell electronic configura-tion of the element.

An element has one electron in the 'M' shell. Identify the element.

The element X in group 17 has 3 shells. If so: Write the period number.

The outer most subshell electronic configuration of an element is 3d^54s^2 : This element shos variable oxidation state. Why?