The electronic configuration of four elements are: W [K]55 (IV) (Rn15f46d7s (III) [Ar]3d04s24p3 (IV) (Arpd 489 Consider the following starements: 6) I shows variable oxidation state ( II is a d-block element (iii) The compound formed between 1 and Ill is covalent (iv) IV shows single oxidation stare Which statement is True (T) or False (F)? (a) FTFF (b) FTFT (c) FFTF (d) FFFF

The electronic configuration of four elements are: (I) [Kr]5s^(1) (II) [Rn]5f^(14)6d^(1)7s^(2) (III) [Ar]3d^(10)4s^(2)4p^(5) (IV) [Ar]3d^(6)4s^(2) Consider the following statements: (I I shows variable oxidation state (ii) II is a d-block element (iii) The compound formed between I and III is covalent (iv) IV shows single oxidation state which statement is true (T) or false (F)?

The electronic configuration of four elements are: (I) [Kr]5s^(1) (II) [Rn]5f^(14)6d^(1)7s^(2) (III) [Ar]3d^(10)4s^(2)4p^(5) (IV) [Ar]3d^(6)4s^(2) Consider the following statements: (I I shows variable oxidation state (ii) II is a d-block element (iii) The compound formed between I and III is covalent (iv) IV shows single oxidation state which statement is true (T) or false (F)?

The electronic configuration of four elements are: 1. [Xe]6s^(1) 2) [Xe]4f^(14),5d^(1),6s^(2) 3) [Ar]4s^(2),3d^(10),4p^(5) 4) [Ar]3d^(7),4s^(1) Which one of the following statements about these elements is not correct?

Which of the following elements do not follow the general trends? (i) s -block elements (ii) p- block elements (iii) f -block (iv) d- block elements

The outer electronic configuration of two members of the lanthanoid series are as follows: 4f^(1)5d^(1)6s^(2) and 4f^(7) 5d^(0) 6s^(2) What are their atomic number ? Predict the oxidation states exhibited by elements in their compounds.

The outer electronic configuration of two members of the lanthanoid series are as follows: 4f^(1)5d^(1)6s^(2) and 4f^(7) 5d^(0) 6s^(2) What are their atomic number ? Predict the oxidation states exhibited by elements in their compounds.