CN  ChemNexa

p-Block Elements Group 13 and 14 NEET MCQ & Practice Questions

Practice p-Block Elements Group 13 and 14 MCQs for NEET Chemistry with answers, explanations, chapter revision and related ChemNexa mock tests.

Register Free for Full Chemistry Practice

p-Block Elements Group 13 and 14 Revision Guide for NEET Chemistry

p-Block Elements covers periodic trends, structures, oxidation states and important compounds of groups 13 to 18 depending on the syllabus. Questions often test trends together with exceptions.

For NEET Chemistry, organise revision group-wise and compare oxidation states, acidic or basic character, anomalous behaviour, structures and important reactions.

Important Topics

  • Group-wise periodic trends
  • Anomalous behaviour of first elements
  • Oxidation states and inert-pair effect
  • Structures of important compounds
  • Acidic and basic character
  • Important reactions and uses

Revision Tip

Create a one-page summary of trends, structures, reactions, exceptions and key terminology for p-Block Elements Group 13 and 14, then test recall with mixed MCQs.

What to practise in p-Block Elements Group 13 and 14

Concept Revision

Revise definitions, principles, equations, trends and core ideas from p-Block Elements Group 13 and 14 before attempting MCQs.

Exam-style MCQs

Use chapter-focused multiple-choice practice to improve accuracy, recall and application for NEET Chemistry.

Performance Practice

Attempt ChemNexa tests, review results and return to weak areas for another round of targeted revision.

Top 5 p-Block Elements Group 13 and 14 MCQs with Answers

These public questions are selected from the exact p-Block Elements Group 13 and 14 chapter, screened for topic relevance and deduplicated so repeated versions of the same MCQ are not shown publicly. Use them for quick revision, then sign in to attempt the complete test experience with more questions, results and performance review.

NEET Chemistry · p-Block Elements Group 13 and 14 · Very Very Hard

1. Boron commonly shows maximum covalency:

  • A. 6
  • B. 2
  • C. 4
  • D. 8
Answer: C
Explanation: B lacks d orbitals and usually has maximum covalency 4.

NEET Chemistry · p-Block Elements Group 13 and 14 · Very Very Hard

2. BF3 acts as Lewis acid because B has:

  • A. Incomplete octet
  • B. Negative charge
  • C. Lone pair
  • D. Filled octet
Answer: A
Explanation: Boron has only six electrons around it in BF3.

NEET Chemistry · p-Block Elements Group 13 and 14 · Very Very Hard

3. Carbon shows strong catenation because of:

  • A. Low electronegativity only
  • B. Strong C-C bonds
  • C. Large size
  • D. Metallicity
Answer: B
Explanation: Small size gives strong C-C bonds.

NEET Chemistry · p-Block Elements Group 13 and 14 · Very Very Hard

4. CO is:

  • A. Neutral oxide
  • B. Peroxide
  • C. Strong basic oxide
  • D. Strong acidic oxide
Answer: A
Explanation: CO is usually classified as neutral oxide.

NEET Chemistry · p-Block Elements Group 13 and 14 · Very Very Hard

5. CO2 is:

  • A. Basic oxide
  • B. Amphoteric
  • C. Neutral
  • D. Acidic oxide
Answer: D
Explanation: CO2 forms carbonic acid in water.

Login to Start Full Test

p-Block Elements Group 13 and 14 Practice Tests

p-Block Elements Group 13 and 14 Frequently Asked Questions

How should I memorise p-Block Chemistry?

Use comparison tables by group and focus on trends, important exceptions, structures and reactions instead of memorising disconnected facts.

Why are exceptions important in p-Block questions?

Small size, high electronegativity, absence of d orbitals in second-period elements and inert-pair effects create frequently tested deviations from simple trends.

What is a good revision method for p-Block?

Revise one group at a time, write the common oxidation states and key compounds, then immediately solve targeted MCQs.

Continue with another chapter to build connected concepts and strengthen your overall Chemistry preparation.

Continue NEET Chemistry

View all NEET chapters and testsBrowse all Chemistry PracticeCreate a free account