Practice & Test The p-Block Elements (Group 15-18)

Class 12 Chemistry · Chapter 11. Practice 71 free NEET 2027 questions on The p-Block Elements (Group 15-18) (Class 12 Chemistry), across 34 concepts. Asked ~4.2× per paper since 2013.

71
Practice questions
34
Concepts tagged
54
Asked 2013–2025
4.2×
Per paper

How much does The p-Block Elements (Group 15-18) matter?

Across the 13 NEET papers from 2013 to 2025, The p-Block Elements (Group 15-18) has been examined 54 times — an average of 4.2 questions per paper. At 4 marks each, that is roughly 17 marks a year riding on this one chapter.

What gets asked: 34 concepts

Every question in the bank is tagged to one of these, so practice can target the exact idea you keep missing.

Allotropes of CarbonAnomalous Behaviour of First Element of Each Group and its ReasonsAnomalous Properties of NitrogenBleaching powderBrown Ring TestChemical Properties of Group 13 ElementsChemical Properties of Group 14 ElementsChemical Properties of Group 15 ElementsChemical Properties of Group 16 ElementsChemical Properties of Group 17 ElementsGeneral Introduction of Group 13 ElementsGeneral Introduction of Group 18 ElementsHalogensImportant Compounds of Group 13 ElementsImportant Compounds of Group 16 ElementsMaximum Oxidation State of a p-Block ElementNitric AcidOxoacids of HalogensOzonep-Block ElementsPhosphorusPhysical Properties of Group 13 ElementsPhysical Properties of Group 14 ElementsProperties of Hydrides of Group 15 ElementsProperties of Hydrides of Group 16 ElementsProperties of Hydrogen HalidesProperties of White PhosphorusStructures of Xenon - Fluorine CompoundsStructures of Oxoacids of PhosphorusSulphurSulphuric AcidUses of Group 13 ElementsUses of Group 18 ElementsXenon - Fluorine Compounds

Sample questions

Question 1

Match the following p-block elements (Group 15) with their characteristic properties: Column I (Element) P. Nitrogen Q. Phosphorus R. Arsenic S. Bismuth Column II (Property) 1. Exhibit allotropy with white, red, and black forms 2. Stable $+5$ oxidation state in its pentoxide, but $+3$ state more common in halides due to inert pair effect 3. Exhibits only negative oxidation states up to -3 with hydrogen, and positive oxidation states up to +5 with oxygen, but not beyond +3 with halogens 4. Typical metalloid with amphoteric oxides

Question 2

Al is usually found in +3 oxidation state. In contrast thallium exhibit +1 and +3 oxidation states this is due to ?

Question 3

Among the hydrides of group 15 elements, the strongest reducing agent is:

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