How can I should prepare for BITSAT?? Give some suggestions, cutoff marks for CS n ECE and important topics for the test??

BITSAT General Preparation Tips, which you can consider -

Prepare according to your strength and weakness: After going through the BITSAT syllabus you must have known the areas of your interest and the areas that need attention.



Revise, Revise and Revise: The best way to crack any entrance exam is by revising the subjects and the topics completed along with the preparing. It is very essential to revise as you keep on learning new things, chances of forgetting the things learnt increases. It is always advised to keep revising everyday for an hour or two, the topics that you have covered.



Practice Online: As BITSAT is an online exam, get yourself equipped to be comfortable for online exams.



Sample papers and past year BITSAT papers: Practice from the BITSAT sample papers and the BITSAT past papers for a better understanding of the questions.



To know about the BITSAT 2017 Cut off, you can go through below article -



BITSAT Cutoff 2017





Important Topics for BITSAT 2017

Physics  (Topic/Weightage)

Heat & Thermodynamics (10%)

Magnetic effect of current & magnetism (9%)

Wave Motion (6%)

Current Electricity (6%)

Electrostatics (5%)

Simple Harmonic Motion (5%)

Wave Optics (5%)

Fluids (5%)

Rotational Motion (4%)

Work, Energy, Power (4%)

Elasticity (4%)

Ray Optics (4%)

Units, Dimension, Errors (3%)

Gravitation (3%)

Alternating Current (3%)



Chemistry  (Topic/Weightage)

Chemical Bonding (10%)

Biomolecules (6%)

Carboxylic Acid & its derivates (6%)

Atomic Structure (6%)

p-block elements (6%)

Mole Concepts (6%)

Alkanes, Alkenes & Alkynes (5%)

Electrochemistry (5%)

Chemical Thermodynamics (5%)

Solid State (4%)

Chemical Equilibrium (4%)

General Organic Chemistry (4%)

s-block elements (4%)

Ionic Equilibrium (3%)

Chemical Kinetics (3%)



Mathematics  Topic/Weightage

Circles (11%)

Straight lines (7%)

Pair of straight lines (7%)

Vectors (6%)

Continuity & Differentiability (6%)

Differential Equation (4%)

Complex Numbers (4%)

Theory of Equation (4%)

Binomial Theorem (4%)

Sets, Relations & Functions (4%)

Trigonometric Equations (3%)

Properties of Triangles (3%)

Probability (3%)

Application of Derivates (3%)

Matrices Determinants (3%)





Hope this helps!!!