Examination Pattern of MHT CET
Knowing the
examination pattern is always helpful is planning preparation as well as
attempting paper!
Examination Pattern:
The MHT CET examination is computer based and consists of two papers.
Paper-I: Physics and Chemistry
carries 100 marks together and duration is 90 minutes (One and Half Hour).
Paper-II: Mathematics
carries 100 Marks and duration is 90 minutes (One and Half Hour).
The total exam duration is 3 hours that is 180 minutes. During first 90 minutes (0 to 90 Minutes) candidates will attempt questions from Paper-I (Physics and Chemistry) and during last 90 minutes (91 to 180 Minutes) candidate will attempt Paper-II (Mathematics).
For more information on:
Important Instructions to the MHT-CET 2020 candidates appearing for
Physics, Chemistry, Mathematics (PCM) Group visit following link.
Question Paper Structure:
As per the notification,
following points are shared related to setting of question paper [ refer MHT
CET Brochure for more details]1.The questions will be based
on Syllabus of Maharashtra State Board of Secondary and Higher Secondary
Education.
2. 20% weightage will be
given to the questions from Std. XI syllabus and 80% weightage will be given to
the questions from Std. XII syllabus while setting the question paper.3. There will be no Negative
Marking, the questions will be mainly application based.4. The question papers are
multiple choice questions (MCQ) having 4 options and the question and marking
system is as follows:
|
Paper |
Subject |
No. Of Multiple Choice Questions (MCQ)
based on |
Mark(s) Per Question |
Total Marks |
Duration in Minutes |
|
|
I |
Physics |
10 |
40 |
1 |
100 |
90 |
|
Chemistry |
10 |
40 |
1 |
|||
|
II |
Mathematics |
10 |
40 |
2 |
100 |
90 |
Syllabus for Question
Paper:
The question will be set on
a) Whole syllabus of Physics,
Chemistry, Biology and Mathematics subjects of Std. XII
b) syllabus of Std. XI as
mentioned below:
Paper
|
Subject
|
Chapter/ Units
of XI Syllabus
|
I
|
Physics
|
Measurements, Scalars and
Vectors,
Force, Friction in solids
and liquids,
Refraction of Light, Ray
optics,
Magnetic effect of electric
current, Magnetism.
|
Chemistry
|
Some basic concepts of
chemistry,
States of matter: Gases and
liquids,
Redox reaction, Surface
chemistry,
Nature of chemical bond,
Hydrogen,
s-Block elements (Alkali
and alkaline earth metals),
Basic principles and techniques
in organic chemistry, Alkanes.
|
|
II
|
Mathematics
|
Trigonometric functions,
Trigonometric functions of
Compound Angles,
Factorization Formulae,
Straight Line, Circle and Conics, Sets, Relations and Functions,
Probability, Sequences and
series.
|
Chapter wise Weightage (Approximate):
Approximate weightage for the different topics/ chapters given is only indicative and approximate. Actual weightage may be different. Its suggested that topics should be prepared with complete details and past question papers should be practiced.
Physics
|
|||
Chapter/
Topic
|
Approximate Weightage
|
Chapter/
Topic
|
Approximate Weightage
|
Kinetic Theory of Gases and Radiation
|
12%
|
Circular Motion
|
4%
|
Oscillations
|
8%
|
Surface Tension
|
4%
|
Atoms, Molecules, And Nuclei
|
8%
|
Interference and Diffraction
|
4%
|
Rotational Motion
|
7%
|
Current Electricity
|
4%
|
Electrostatics
|
7%
|
Gravitation
|
3%
|
Magnetic Effects of Electric Current
|
6%
|
Stationary Waves
|
3%
|
Electromagnetic Induction
|
6%
|
Electrons and Photons
|
3%
|
Semiconductors
|
6%
|
Elasticity
|
2%
|
Wave Motion
|
5%
|
Wave Theory of Light
|
2%
|
Magnetism
|
5%
|
Communication Systems
|
1%
|
Chemistry
|
|||
Chapter/
Topic
|
Approximate Weightage
|
Chapter/
Topic
|
Approximate Weightage
|
Chemical Thermodynamics and Energetics
|
15%
|
Solutions and Colligative Properties
|
6%
|
p-Block Elements – Group 15 To 18
|
9%
|
Chemical Kinetics
|
5%
|
Coordination Compounds
|
9%
|
Halogen Derivatives of Alkanes And Arenes
|
5%
|
d and f Block Elements
|
8%
|
Aldehydes, Ketones and Carboxylic Acids
|
5%
|
Alcohols, Phenols, And Ethers
|
8%
|
Biomolecules
|
4%
|
Organic Compounds Containing Nitrogen
|
8%
|
Polymers
|
4%
|
Solid State
|
6%
|
Chemistry In Everyday Life
|
5%
|
Mathematics
|
|||
Chapter/
Topic
|
Approximate Weightage
|
Chapter/
Topic
|
Approximate Weightage
|
Integration
|
9%
|
Applications of Derivatives
|
5%
|
Trigonometric Functions
|
8%
|
Differential Equations
|
6%
|
Three Dimensional Geometry
|
8%
|
Bernoulli Trials and Binomial Distribution
|
4%
|
Differentiation
|
7%
|
Pair of Straight Lines
|
5%
|
Probability Distribution
|
8%
|
Line
|
3%
|
Matrices
|
5%
|
Plane
|
4%
|
Circles
|
6%
|
Linear Programming Problems
|
2%
|
Conics
|
5%
|
Applications of Definite Integrals
|
4%
|
Vectors
|
7%
|
Statistics
|
3%
|
Continuity
|
5%
|
Mathematical Logic
|
3%
|
