The Maharshtra Common Entrance Test (MH CET) is conducted by the Government of Maharashtra. It is recognized by over 80 institutions in the state of Maharashtra.


Required qualification:
The applicant should have at least of 50% marks in bachelor’s degree in any discipline from a recognized College or correspondent CGPA.


Important dates:
Online Registration & filling of Application form March 5 to 29, 2014
Schedule for Fee Acceptance at SBI Bank, through Computer Generated Challan April 4, 2014
Issue of Admit Cards (Online) April 28, 2014 to May 8, 2014
MH CET 2014 Exam Date May 8, 2014
Online display of Question Paper Booklets May 20, 2014
Online Display of Provisional Keys May 22, 2014
OMR Answer Sheets will be available May 26, 2014
Last date of submission of objections on Question Paper/Answer Key/Typographic Errors May 27 to 30, 2014
Declaration of Provisional Result/Marks On or before June 14, 2014
Declaration of Merit List 2014 On or before June 25, 2014
Downloading of Marksheet from website June 26, onward

The entrance test generally covers following topics:

Mathematic Syllabus
Application of Derivatives
Circle
Continuity
Definite Integrals
Derivatives
Limits
Differential Equations
Ellipse
Hyperbola
Indefinite Integrals
Linear Programming
Mathematical Logic
Matrices
Numerical Methods
Pairs of Lines
Parabola
Probability
Vectors


MHT CET Chemistry Syllabus
Acids and Esters
Adsorption and Colloids
Amines
Aldehydes and Ketones
Fluorine and Hydrogen Fluoride
Halogen Derivatives of Alkenes
Ionic Equilibrium
Nature of Chemical Bond
Carbohydrates Proteins and Fats
Chemical Thermodynamics and Energetic
Ethers
Electrochemistry
Nuclear and Radiochemistry
Organic Hydroxy Compounds
Silicon
Synthetic Fibres
Third Row Elements


Physics Syllabus
Atoms Molecules and Nuclei
Circular Motion
Current Electricity
Elasticity
Interference of Light
Kinetic Theory of Gases
Magnetic Effect of Electric Current
Magnetism
Properties of Fluids
Radiation
Rotational Motion
Semi Conductors
Electrons and Photons
Electromagnetic Induction
Electrostatics
Gravitation
Simple Harmonic Motion
Stationary Waves
Thermionic Emission
Thermodynamics
Wave Motion
Wave Theory of Ligh