Recall the definitions

• Acidic oxides: generally non-metal oxides that form acids with water or react with bases.
• Basic oxides: generally metal oxides that react with acids.
• Amphoteric oxides: oxides that react with both acids and bases.

Common examples

• Acidic oxides: $CO_2$, $SO_2$, $SO_3$, $N_2O_3$, $P_4O_{10}$, $Cl_2O$
• Basic oxides: $Na_2O$, $K_2O$, $Li_2O$, $CaO$, $MgO$
• Amphoteric oxides: $Al_2O_3$, $ZnO$, $BeO$

Check each option in the required order: acidic, basic, amphoteric

Option A: $Cl_2O$, $CaO$, $P_4O_{10}$

• $Cl_2O$ is an acidic oxide.
• $CaO$ is a basic oxide.
• $P_4O_{10}$ is also an acidic oxide, not amphoteric.

Hence, A is incorrect.

Option B: $N_2O_3$, $Li_2O$, $Al_2O_3$

• $N_2O_3$ is an acidic oxide.
• $Li_2O$ is a basic oxide.
• $Al_2O_3$ is an amphoteric oxide.

Hence, B is correct.

Option C: $MgO$, $Cl_2O$, $Al_2O_3$

• $MgO$ is basic, not acidic.
• $Cl_2O$ is acidic, not basic.
• $Al_2O_3$ is amphoteric.

Order is wrong, so C is incorrect.

Option D: $Na_2O$, $SO_3$, $Al_2O_3$

• $Na_2O$ is basic, not acidic.
• $SO_3$ is acidic, not basic.
• $Al_2O_3$ is amphoteric.

Order is wrong, so D is incorrect.

Final answer

The acidic, basic and amphoteric oxides respectively are: $N_2O_3,\ Li_2O,\ Al_2O_3$ So the correct option is B.