Thursday, 13 August 2020

Important Topics for BITSAT Preparation

Important Topics for BITSAT Preparation – Birla Institute of Technology and Science (BITS) conducts an examination for the candidates who want to pursue Bachelor of Engineering (B.E.) as their undergraduate course. The examination is commonly known as Birla Institute of Technology and Science Admission Test (BITSAT). It is conducted in the online mode, wherein candidates are asked questions related to the physics, chemistry, mathematics, general english and logical reasoning. If you are appearing for BITSAT, check out the most important topics for BITSAT preparation here. 
Important topics for BITSAT Preparation
Birla Institute of Technology and Science Admission Test is conducted according to the syllabus of class 11th and 12th. The important topics and units for each subject are as follows:
Physics topics for BITSAT Preparation
Physics is generally considered to be the hardest amongst all the sections of the BTISAT syllabus. Candidates are advised to cover the entire syllabus as studying selectively can be risky. Some of the topics which are extremely important due to their high weightage in the exam are listed below:

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TopicWeightage
Mechanical Properties10%
Magnetic effect of current & Magnetism9%
Wave Motion6%
Current Electricity6%
Electrostatics5%
Simple Harmonic Motion5%
Wave Optics5%
Fluids5%
Rotational Motion4%
Work Energy Power4%
Elasticity4%
Ray Optics4%
Units, Dimensions Errors3%
Gravitation3%
Alternating Current

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3%



Topic

Weightage

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Topic

Weightage

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Weightage

Weightage

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

  • Heat & thermodynamics, Magnetism and Wave Motion are some of the topics which must be prepared thoroughly.
  • In case you don’t have sufficient time, you can skip topics like vectors, physics of nucleus and circular motion as they don’t really fetch many questions in the exam.
Chemistry Topics for BITSAT Preparation
Some of the vital topics which fetch a god number of questions are tabulated below:
TopicWeightage
Chemical Bonding10%
Biomolecules6%
Atomic Structure6%
Carboxylic Acid & its Derivatives6%
Mole Concepts6%
p-block elements6%
Alkanes, Alkenes & Alkynes5%
Chemical Thermodynamics5%
Electrochemistry5%
Chemical Equilibrium4%
Solid state4%
s-block elements4%
General Organic Chemistry4%
Chemical Kinetics3%
Ionic Equilibrium3%
Topic

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Weightage

Chemical Bonding

10%

Biomolecules

6%

Atomic Structure

6%

Carboxylic Acid & its Derivatives

6%

Mole Concepts

6%

p-block elements

6%

Alkanes, Alkenes & Alkynes

5%

Chemical Thermodynamics

5%

Electrochemistry

5%

Chemical Equilibrium

4%

Solid state

4%

s-block elements

4%

General Organic Chemistry

4%

Chemical Kinetics

3%

Ionic Equilibrium

3%

Topic

Weightage

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Weightage

Weightage

Chemical Bonding

10%

Biomolecules

6%

Atomic Structure

6%

Carboxylic Acid & its Derivatives

6%

Mole Concepts

6%

p-block elements

6%

Alkanes, Alkenes & Alkynes

5%

Chemical Thermodynamics

5%

Electrochemistry

5%

Chemical Equilibrium

4%

Solid state

4%

s-block elements

4%

General Organic Chemistry

4%

Chemical Kinetics

3%

Ionic Equilibrium

3%

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Weightage

Chemical Bonding

10%

Biomolecules

6%

Atomic Structure

6%

Carboxylic Acid & its Derivatives

6%

Mole Concepts

6%

p-block elements

6%

Alkanes, Alkenes & Alkynes

5%

Chemical Thermodynamics

5%

Electrochemistry

5%

Chemical Equilibrium

4%

Solid state

4%

s-block elements

4%

General Organic Chemistry

4%

Chemical Kinetics

3%

Ionic Equilibrium

3%

Weightage

Mechanical Properties

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, Dimensions Errors

3%

Gravitation

3%

Alternating Current

3%

Chemical Bonding

10%

Biomolecules

6%

Atomic Structure

6%

Carboxylic Acid & its Derivatives

6%

Mole Concepts

6%

p-block elements

6%

Alkanes, Alkenes & Alkynes

5%

Chemical Thermodynamics

5%

Electrochemistry

5%

Chemical Equilibrium

4%

Solid state

4%

s-block elements

4%

General Organic Chemistry

4%

Chemical Kinetics

3%

Ionic Equilibrium

3%

  • Students are advised to begin with the topicslike chemical bonding, atomic structure, p-block elements, carboxylic acid & its derivatives, mole concepts, general organic chemistry etc.

Chemical Bonding

10%

Biomolecules

6%

Atomic Structure

6%

Carboxylic Acid & its Derivatives

6%

Mole Concepts

6%

p-block elements

6%

Alkanes, Alkenes & Alkynes

5%

Chemical Thermodynamics

5%

Electrochemistry

5%

Chemical Equilibrium

4%

Solid state

4%

s-block elements

4%

General Organic Chemistry

4%

Chemical Kinetics

3%

Ionic Equilibrium

3%

  • These topics generally fetch a good number of questions. While topics likeredox reactions, surface chemistry, solutions and polymers, the gaseous state should be practiced only once you are done with the rest of the syllabus.
Mathematics Topics for BITSAT Preparation
Coordinate geometry and algebra are the most scoring sections. Practicing questions from the previous year papers of BITSAT is a must in order to know the trend of questions asked in the exam. List of the important sections is given below:
TopicWeightage
Circles11%
Straight Lines7%
Pair of Straight Lines6%
Vectors6%
Continuity & Differentiability6%
Complex Numbers4%
Differential Equation4%
Theory of Equation4%
Binomial Theorem4%
Sets, Relations & Functions4%
Properties of Triangles3%
Trigonometric Equations3%
Probability3%
Matrices Determinants3%
Application of Derivatives3%
Topic

Weightage

Chemical Bonding

10%

Biomolecules

6%

Atomic Structure

6%

Carboxylic Acid & its Derivatives

6%

Mole Concepts

6%

p-block elements

6%

Alkanes, Alkenes & Alkynes

5%

Chemical Thermodynamics

5%

Electrochemistry

5%

Chemical Equilibrium

4%

Solid state

4%

s-block elements

4%

General Organic Chemistry

4%

Chemical Kinetics

3%

Ionic Equilibrium

3%

Weightage

Circles

11%

Straight Lines

7%

Pair of Straight Lines

6%

Vectors

6%

Continuity & Differentiability

6%

Complex Numbers

4%

Differential Equation

4%

Theory of Equation

4%

Binomial Theorem

4%

Sets, Relations & Functions

4%

Properties of Triangles

3%

Trigonometric Equations

3%

Probability

3%

Matrices Determinants

3%

Application of Derivatives

3%



x

Weightage

Circles

11%

Straight Lines

7%

Pair of Straight Lines

6%

Vectors

6%

Continuity & Differentiability

6%

Complex Numbers

4%

Differential Equation

4%

Theory of Equation

4%

Binomial Theorem

4%

Sets, Relations & Functions

4%

Properties of Triangles

3%

Trigonometric Equations

3%

Probability

3%

Matrices Determinants

3%

Application of Derivatives

3%

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