What is the electronic configuration of transition elements?

1.	\((n-1) d^{1-10} n s^{0-2} \)	2.	\((n-1) d^{1-10} n s^2 \)
3.	\(n f^2~ n p^{1-6} \)	4.	\(n d^2~ n p^{1-6}\)

Give below are some atomic numbers:

29, 59, 74, 95, 102, 104
The atomic numbers of the inner transition elements among the above are :

The electronic configuration of the last element of actinoids is :

1. Thorium, Th: $\left[\mathrm{Rn}\right]5{\mathrm{f}}^{14}6{\mathrm{d}}^{1}7{\mathrm{s}}^2$

2. Lawrencium, Lr: $\left[\mathrm{Rn}\right]5{\mathrm{f}}^{14}6{\mathrm{d}}^{1}7{\mathrm{s}}^2$

3. Neptunium, Np: $\left[\mathrm{Rn}\right]5{\mathrm{f}}^{14}6{\mathrm{d}}^{1}7{\mathrm{s}}^2$

4. Protactinium, Pa: $\left[\mathrm{Rn}\right]5{\mathrm{f}}^{14}6{\mathrm{d}}^{1}7{\mathrm{s}}^2$

The correct statement regarding Ag is 

The enthalpy of atomization of transition metals is high due to :

1. High effective nuclear charge

2. A large number of valence electrons

3. Very strong metallic bonds

4. All of the above

The transition metals generally form coloured compounds due to :

Transition metals and their many compounds act as good catalysts due to :

Transition metals show paramagnetic behaviour due to:

The correct statement(s) about interstitial compounds is/are:

Match the following: