SRMJEEE 2017 NEWS
NATIONAL LEVEL ONLINE TEST
SRMJEEE (SRM Joint Engineering Entrance Examination) is a national level engineering entrance exam conducted by SRM University for granting admissions to nearly 7, 000 undergraduate engineering seats across its 4 campuses – Kattankulathur, Ramapuram, Ramapuram Part – Vadapalani and NCR Ghaziabad.
SRMJEEE 2017 is scheduled to be conducted from April 1 to April 30, 2017. The last date to fill the SRMJEEE Application Form is last week of March.
SRMJEEE 2017 Syllabus includes topics of Physics, Chemistry, Mathematics and Biology. Candidates who will attempt Physics, Chemistry, and Mathematics in the SRMJEEE will be eligible for all the B. Tech degree programs. Candidates who will attempt Physics, Chemistry, and Biology in the SRMJEEE will eligible for B. Tech. Biotechnology, Biomedical Engineering, Bioinformatics and Genetic engineering programs and also for various programs in Health Sciences. Candidates must thoroughly learn all the topics mentioned under Syllabus for SRMJEEE. The syllabus will include topics from Physics, Chemistry, Mathematics and Biology. To know the content of SRMJEEE syllabus read the information given below.
Candidates must be through with the SRMJEEE 2017 syllabus as the questions can from any point or topic. The candidate must have an understanding of the basic formulae and their implementation so that they can score good marks.
The number of questions in each section varies with the subject. Check the number of questions written adjacent to the subject name in each of the subjects stated. The SRMJEEE 2017 syllabus is as follows:
In this section, your analytical skills will be tested in solving the questions. In order to obtain a good score, practice conceptual problems. Make notes of important formulae, concepts, and theorems. Aspirants generally find Physics section difficult since it contains a wide variety of theoretical concepts and numerical problems.
The syllabus of the SRMJEEE for the Physics subject is given below. Candidates are required to see the table below:
|Units and Measurement||System of units, measurements – errors in measurement|
|Gravitation, Mechanics of Solids and Fluids||Universal law of gravitation, Mechanics of solids – elastic behavior, stress-strain|
|Heat and Thermodynamics||Postulates, Thermodynamics|
|Electricity and Magnetism||Electrostatics, Current electricity, Magnetism & magnetic effects of current and Electromagnetic induction and alternating current|
|Dual Nature of Matter and Nuclear Physics||Matter waves & Nuclear radius, mass, binding energy|
|Mechanics||Kinematics, laws of Motion, Work, energy and power and Rotational motion|
|Oscillations and Wave Motion||Periodic motion & longitudinal and transverse waves|
|Ray and wave Optics and Magnetism||Reflection & refraction of light and wavefront|
|Atomic Physics and Relativity||Atomic structure and Einstein mass-energy relation-variation of mass with velocity.|
|Electronics and Communication||Semiconductors & space communication propagation|
The organic chapter on general organic chemistry is very important. It is further divided into 3 sections – Physical, Organic and Inorganic. It is an important section of SRMJEEE 2017 exam.
The syllabus of the SRMJEEE for the Chemistry subject is discussed below. Students who wish to crack SRMJEEE 2017 Exam have to concentrate on SRMJEEE 2017 Chemistry Syllabus Topic-wise.
|Atomic structure||Matter and its nature Precision and accuracy Laws of chemical combination, Discovery of sub-atomic particles, Spectrum of hydrogen atom, Dual nature of matter, Quantum numbers, Aufbau principle|
|States of Matter||Classification of matter, Solid state, Liquid state|
|Chemical Families – Periodic Properties||Modern periodic law and present form of the periodic table|
|Chemical Bonding, Molecular Structure, and s-&p- block elements||Covalent bonding, Molecular orbital theory s-, p- block elements|
|Chemical Thermodynamics & Energetics||First law of thermodynamics, Second law of thermodynamics|
|Solutions||Different methods for expressing concentration of solution|
|Chemical Equilibrium||Meaning of equilibrium, Ionic equilibrium|
|Electrochemistry||Electrolytic and metallic conduction|
|Surface Chemistry, Chemical Kinetics, Catalysis and Nuclear Chemistry||Absorption, Catalysis Colloidal state, Rate of reaction, Temperature on the reaction rate, Units of rates and specific rate constants, Nuclear chemistry|
|Purification & Characterization of organic compounds||Purification Quantitative analysis|
|Some basic Principles of organic chemistry||Tetravalency of carbon, Nomenclature Covalent bond, fission Common types of organic reactions|
|Hydrocarbons||Classification, isomerism Alkanes - Conformations, Alkenes - Geometrical isomerism, Alkynes – Acidic character, Mechanism of electrophilic substitution|
|Organic Compounds Containing Oxygen||General methods of preparation, Alcohols Phenols Ethers Aldehyde & Ketones|
|Organic compounds containing nitrogen||General methods of preparation, Amines Diazonium salts|
|Polymers||General introduction and classification of polymers|
|Biomolecules||Carbohydrates Nucleic acids|
It evaluates numerical ability and problem-solving skills of candidates. To score better in this section, the candidates need to practice hard and analyze on the theoretical aspect rather than going hard at the examples and learning formulas.
Here in this, I've described below overall syllabus of Mathematics. While preparing for Mathematics it is highly advisable for candidates to follow its respective syllabus.
|Sets, Relations, and Functions||Sets and their representations, Trigonometrical identities|
|Complex Numbers and Quadratic equations||Complex numbers, Quadratic equations|
|Matrices, Determinants & their applications||Determinants and matrices of order two and three Computing the rank of a matrix–test|
|Combinatorics||Permutations and Combinations, Mathematical Induction and its Applications|
|Algebra||Binomial theorem and its Applications, Sequences and Series|
|Differential Calculus & its applications||Polynomials, rational, trigonometric Applications of Differential Calculus|
|Integral Calculus & Differential Equations of first order||Integral as an anti-derivative, Ordinary differential equations|
|Analytical Geometry||Straight Lines in Two Dimensions, Circles in Two Dimensions, Conic Sections in Two Dimensions|
|Vector Algebra||Vectors and scalars, addition of vectors|
|Statistics and Probability||Measures of Central Tendency and Dispersion Probability|
It is the section which carries the highest score and can help you excel in the SRMJEEE if you prepared well. Prepare wisely for topics which are time-consuming and exhaustive in nature. Following topic must be covered by the candidates while preparing for the SRMJEEE 2017 Exam.
|Taxonomy of Angiosperm||Types of classifications|
|Plant anatomy||Tissues & tissue system|
|Cell Biology and Genetics||Chromosomes|
|Biotechnology||Recombinant, DNA technology|
|Plant Physiology||Photosynthesis Respiration, Plant growth and development|
|Biology in Human welfare||Food production|
|Human Physiology||Nutrition Bones and joints (major types) fractures, Muscles Respiration, Circulation Physiological Coordination System, Receptor Organs, Reproductive System|
|Microbiology||Introduction – history of medical microbiology|
|Modern Genetics and Animal Biotechnology||Introduction – scope – human genetics karyotyping chromosome gene mapping|
|Environmental Science||Human population and explosion-issue|
|Applied Biology||Livestock and management dairy|
|Theories of Evolution||Lamarckism – Darwinism|
By clearing SRMJEEE 2018, candidates can get admis ...
SRMJEEE 2018 Admit Card will be released on the of ...
SRMJEEE 2018 Results will be declared by SRM Unive ...