KEAM Syllabus

The important topics from KEAM syllabus, as per previous year analysis are:

• Physics: Mechanics, waves. Less weightage from electrostatics, and optics.
• Chemistry: IUPAC, organic, moderate weightage for inorganic.
• Maths: 3d, vectors and complex.

The type of questions asked in KEAM are MCQs - Multiple Choice Questions. Questions are of plus 2 level and are from the KEAM syllabus prescribed by the CEE.

There were changes made to the KEAM syllabus in 2024. Candidates can download the KEAM revised syllabus from the official website, cee.kerala.gov.in.

For the KEAM entrance exam for engineering courses, candidates have to study Mathematics, Physics and Chemistry. For candidates appearing for KEAM BPharm, candidates have to study Physics and Chemistry only.

The syllabus of KEAM is prescribed by CEE Kerala. The KEAM syllabus comprises all three subjects Physics Chemistry & Mathematics. KEAM syllabus is based on class 11 and 12 examinations. The weightage of the subjects in KEAM will be 5:3:2 in Mathematics, Physics and Chemistry.

To prepare using the KEAM syllabus, look for topics you are strong at and topics you are weak at and divide time among these topics. Prepare for the exam accordingly and by prioritising the high weightage topics.

There is no paper 1 or paper 2 in KEAM anymore. As per the revised KEAM exam pattern, there is only one paper.

Yes, candidates must complete the entire syllabus of KEAM to get a good score in the exam. To get an admission opportunity via KEAM in top colleges, candidates have to prepare for the exam by covering the centre syllabus.

Candidates can download the KEAM syllabus PDF form the official website of CEE. CEE is the KEAM conducting body. The syllabus of KEAM can be checked and downloaded with the KEAM prospectus. The topics to study for the KEAM exam is the entire syllabus of 10+2 Maths Physics and Chemistry.

The important

The syllabus for KEAM chemistry section is: Unit 1: Basic Concepts and Atomic Structure Laws of chemical combination: Law of conservation of mass. Law of definite proportion. Law of multiple proportions. Gay-Lussacs law of combining volumes. Daltons atomic theory. Mole concept. Atomic, molecular and