#1
June 25th, 2016, 12:14 PM
| |||
| |||
CMC Vellore Entrance Test Pattern
Hey I am preparing for the CMC Vellore Entrance Test so can you please tell me the exam pattern for the same so I can have an idea
|
#2
June 25th, 2016, 12:15 PM
| |||
| |||
Re: CMC Vellore Entrance Test Pattern
Hey below I have given you the exam pattern for the CMC Vellore Entrance Test so you can have a look CMC Vellore 2016 MBBS Exam Pattern The exam comprises of 300 multiple choice objective type questions and it is a computer based exam. The total length of the exam is 3 hours and 10 minutes. The language of paper will be in English only. For each correct answer 1 mark will be added and no marks will be deducted for incorrect answer. The structure of the exam is as follows: Subject Total questions Duration Chemistry 60 120 minutes Biology 60 Physics 60 General ability 120 70 minutes Section 1Section 2 6060 Total 300 CMC Vellore 2016 MBBS Syllabus Chemistry Syllabus Alcohol Phenol Ether Aldehyde Ketone Alkanes, Alkenes and Alkynes Amines and Diazonium Salts (Compounds containing Nitrogen) Atomic Structure Biomolecules Carboxylic Acid and its Derivatives Chemical Bonding Chemical Equilibrium Chemical Kinetics Chemical Thermodynamics Coordination Compounds Electrochemistry Environmental Chemistry Gaseous State General Organic Chemistry Ionic Equilibrium Mole Concepts Nuclear Chemistry p-block Elements Periodic Classification Of Elements Polymers Principles and Processes of Extraction (Metallurgy) Purification Characterization Organic Compounds Redox Reactions s-block Elements Solid State Solutions Surface Chemistry Transition elements(d and f block elements) Physics Syllabus Alternating Current Capacitance Center of Mass, Impulse and Momentum Circular Motion Current Electricity Elasticity Electromagnetic Induction Electrostatics EM Waves Fluids Gravitation Heat and Thermodynamics Heating and Chemical Effects of Current Kinetic Theory of Gases Laws of Motion Magnetic effect of Current and Magnetism Modern Physics: (Atomic Models) Motion in One Dimension Motions In 2D Physics of Nucleus Principles of Communication Radioactivity Ray Optics Rotational Motion Simple Harmonic Motion Solids and Semiconductor Devices Units Dimensions Errors Vectors Motions Wave Motion Wave Optics Work Energy Power X-Rays |
|