Q.1: What is JEE?
JEE or Joint Entrance Examination is an all India level engineering entrance examination conducted for facilitating admissions into various undergraduate technical courses offered at prestigious colleges like IITs, NITs, IIITs and more. Due to the vastness of JEE syllabus and the level of competition, it is considered as one of the toughest engineering entrance examination. Every year JEE is conducted in two phases: JEE Mains and JEE Advanced.
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Q.2: What is JEE Mains?
JEE Mains is the first phase of JEE and is conducted by CBSE every year for admissions into various undergraduate courses offered at NITs, IIITs and other GFTIs. JEE Mains is also a qualifying examination for students targeting to appear for JEE Advanced. In the year 2017 around 1.2 Million students appeared for this exam and out of which top 2,20,000 students were qualified for appearing in JEE Advanced.
JEE Mains 

Examination 
Courses 
Paper 1 
B.E or B.Tech Courses 
Paper 2 
B.Arch or B.Planning Courses 
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Q.3: What is the eligibility criteria for JEE Mains?
Students who are about to appear or have already passed their class 12th board examination or any other equivalent qualifying examination in the year 2017 or 2016 are eligible to appear for JEE Mains 2018. Additional factors would include the total number of attempts allowed, marks required and subjects pursued in the qualifying examination, the age of the candidate and more which constitute the eligibility criteria for JEE Mains 2018. Click here to know more about the eligibility criteria for JEE Mains 2018.
Q.4: What is JEE Advanced?
JEE Advanced is the second phase of JEE and conducted by IITs on a rotation basis. Students are granted admissions into various undergraduate technical courses offered at IITs and ISM on the basis of marks obtained in JEE Advanced. From the year 2018 JEE Advanced will be conducted online. Click here to know more about JEE Advanced 2018.
Q.5: What is the eligibility criteria for JEE Mains?

Top 2,20,000 students from JEE Mains (Paper1) are eligible for appearing in JEE Advanced.

The Students belonging to the general category should have born on or after 1st October 1993 and ST, SC and PwD candidates should have born on or after 1st October 1988.

Maximum two attempts in consecutive years are allowed in JEE Advanced.
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Q.6: How to crack Joint Entrance Examination (JEE)?
JEE is one of the toughest competitive entrance exams. A candidate has to prepare for JEE with dedication as the JEE syllabus is really extensive being an amalgamation of class 11th and class 12th syllabus. With tried and tested tricks, cracking JEE would become an easy task.
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Q.7: How do I prepare simultaneously for JEE and board exams?
JEE Mains and 12th Board exams almost come at the same time without much gap. It restricts the student to prepare exclusively for JEE. Thus it is important to study for both board exams and JEE simultaneously. Click here to know more about how to strike a balance between board exams and JEE preparations.
Q.8: Which books are best for JEE preparation?
Preparation of JEE is a tough task. The syllabus is vast and there is too much to read. Added to this, there are lots of books that are available in the market which adds on to the confusion. Before starting your JEE preparations know about the right books that have to be referred for studying JEE Physics, Chemistry, and Mathematics. For more information, click here.
Q.9: What are the important topics included in JEE Physics syllabus?
Here are the important topics from the Physics Syllabus:
 Electrostatics, Magnetics, Electromagnetic Induction & Electricity (A.C)
 Oscillation and Waves
 Modern Physics
 Optics
The above units cover around 60% of JEE Physics syllabus. Some of the important physics questions from the JEE point of view are given below:
 Friction does fall under the important topics, which helps you in scoring for JEE. Following are the concepts that should be studied carefully:
Concepts of friction – What it is? How it affects us? Causes of friction, Types of friction (static friction, kinetic friction, rolling friction, fluid friction), Cause and direction of rolling friction, Coefficient of friction, the angle of repose, the angle of friction, differences between static friction and kinetic friction.
 Circular motion is a motion of an object along the circumference of a circle or rotation along a circular path. Circular motion can be classified into two types: uniform, with constant angular rate of rotation and constant speed, or nonuniform with a changing rate of rotation.
 What are the angular variables associated with circular motion?
Suppose a particle P is moving in a circle of radius r and center O as shown in the figure. The position of the particle P at any instant can be described by the angle θ between OP and OX.
Angular position: θ is known as the angular position of the particle.
Angular velocity (ω): The rate of change of angular position of the particle is known as the angular velocity.
ω = dθ.dt
Angular acceleration (α): The rate of change of angular velocity of the particle is known as the angular acceleration.
α = dω.dt
 What are the equations of motion associated with circular motion?
θ = ω0.t + 12a.t2
ω = ω0 + a.t
ω2 = ω20 + 2(α.θ)
where ω0 and ω are the angular velocities at t = 0 and at time t respectively, and θ is the angular position at any time t.
 What are the linear variables associated with circular motion?
Linear speed (v): The linear speed of a particle in the circular motion at any time t is given by: v = r.ω
Tangential acceleration (at): The tangential acceleration of a particle in the circular motion at any time t is given by: at = r.α
 Explain uniform circular motion and nonuniform circular motion.
If the particle moves in the circle with a uniform speed we call it a uniform circular motion. In this case, the tangential component of acceleration is absent.
dv.dt = 0
ar = ω2.r
If the speed of the particle moving in a circle is not constant, we call it a nonuniform circular motion. In this case, the tangential component of acceleration is present.
dv.dt = at
ar = ω2.r
In case of nonuniform circular motion, the net acceleration of the particle is the resultant of the radial acceleration and the tangential acceleration.
 Which is the best book for JEE physics preparation?
Certain books like HC Verma for Physics vol I & vol II contains a very good selection of questions from practical applications of concepts which could prepare you well for the exam.
Q.10: What are the important topics included in JEE Chemistry syllabus?
Here are the important topics from the Chemistry Syllabus:
 Equilibrium
 Chemical Kinetics
 Redox Reactions and Electrochemistry
 Hydrogen
 s, p, d & f block elements
 Coordination Compounds
 Organic Compounds Containing Halogens, oxygen & Nitrogen
 Hydrocarbon
Q.9: Which is the best book for JEE chemistry preparation?
Refer NCERT textbook for class 12th, this book contains all the details in a very precise manner. A quick view of this chapter can help you to understand the fundamental concepts and their applications. Some of the important chemistry questions from the JEE point of view are given below:
 What are the important topics in atomic structure that need to be focused on?
According to JEE syllabus the significant topics in the atomic structure are:
Discovery of the electron, proton and neutron, Atomic models and Dalton’s atomic theory, Electromagnetic radiations, Quantum mechanical model of an atom, Dual nature of matter and the photoelectric effect, Electronic configuration. The topic of atomic structure covers 57% marks in chemistry paper and these topics require an understanding of the concepts and retaining important formulae.
 Following is the general type of questions asked in JEE:
Calculate:
(a) The de Broglie wavelength of an electron moving with a velocity of 5.0 × 105 ms–1.
(b) Relative de Broglie wavelength of an atom of hydrogen and atom of oxygen moving with the same velocity (h = 6.63 × 10–34 kg m2 s–1)
(a) λ = hmv = 6.63 × 10−34 kgm2s−1 (9.11 × 10−31 kg) (5.0 × 105 ms−1) = 1.46 × 10−9 m Wavelength (λ) = 1.46 × 10−9 m
(b) An atom of oxygen has approximately 16 times the mass of an atom of hydrogen. In the formula λ = hmv , h is constant while the condition of the problem makes v, also constant. This means that λ and m are variables and λ varies inversely with m. Therefore, λ for the hydrogen atom would be 16 times greater than λ for the oxygen atom.
 What are the important Topics in Chemical Kinetics?
Chemical Kinetics does fall under the important topics, which help you in scoring for JEE. Following are the concepts that should be studied carefully:
Rates of Chemical Reactions, Order of reactions, Rate constant, First order reactions, the Temperature dependence of rate constant (Arrhenius Equation).
 Calculate the halflife for a firstorder reaction if 68% of the reactant is reacted within 66 s.
68% of the reactant has been consumed implies that 32% remains, hence using the integrated equation for 1st order reactions: ln A = kt + ln Ao ln 0.32Ao = – k (66) + ln Ao k = 0.0172642 s1 This calculation is done, as you can with how much substance remains, not how much is used up.
 What are carboxylic acids?
The carboxylic acid is an organic compound containing carboxyl group (COOH) attached to an alkyl or aryl group. The general formula of a carboxylic acid is Ar/R−COOH where Ar/R represents the aryl or alkyl group attached. In carboxylic acids, three of the four bonds of carboxyl carbon atom are with two oxygen atoms.
 Explain the physical properties of carboxylic acids?
Carboxylic acids have high boiling points as compared to aldehydes and ketones of comparable masses because of intermolecular hydrogen bonding. The simple aliphatic carboxylic acids are soluble in water due to the formation of hydrogen bonds in water. As the number of carbon atoms in carboxylic acids increases their solubility decreases due to increase in the length of the hydrophobic group attached to the carboxyl group.
 Explain the chemical properties of carboxylic acids?
Carboxylic acids are highly acidic in nature. Their acidity is higher than that of phenols and alcohols but lesser than that of mineral acids.They generally undergo four types of reactions:
 Reactions involving cleavage of OH bond, for example esterification of carboxylic acids.
 Reactions involving cleavage of COH bonds, for example reaction with ammonia
 Reactions involving degradation of –COOH group, for example decarboxylation
 Reactions involving substitution in hydrocarbon part, for example HellVolhardZelinsky reaction (halogenation).
 What are the important topics in chemical bonding that needs to be focused in order to crack JEE?
According to JEE syllabus the significant topics in chemical bonding are:
Ionic bonding, Covalent bonding, Bond characteristics and Lewis theory, Hybridization, Valence bond theory, VSEPR theory, Molecular orbital theory, Covalent character in ionic bonds (Fajen’s Rule)
The topic of chemical bonding covers 5% marks in chemistry paper and these topics require a thorough understanding of the concepts.
 What are the Important Topics in Solid State?
Solid state does fall under the important topics, which help you in scoring for JEE. Following are the concepts that should be studied carefully:
Classification of solids, Crystalline state, Seven crystal systems (cell parameters a, b, c, α, β, γ), Close packed structure of solids (cubic), Packing in fcc, bcc and hcp lattice, Nearest neighbors, ionic radii, simple ionic compounds, point defects.
Q.11: What are the important topics included in JEE Mathematics syllabus?
Here are the important topics from the Mathematics Syllabus:
 Coordinate Geometry
 Continuity/ Differentiability, Limits
 Complex Number
 Quadratic Equation
 Trigonometry
 Sequence and Series
 Integral Calculus
 Calculus:
Calculus is undoubtedly the highest important topic for the JEE exam as this topic has the largest influence on modern day mathematics. There are two branches for this domain viz. integral and differential calculus. The study of calculus could be termed as the study of change which is quite similar to geometry being the study of shapes and study of operations done by algebra. The main topics under calculus include:
Differential Calculus and Integral Calculus
 Trigonometry:
The domain of Trigonometry is recognized by everyone as one of the core math topics and has its own significance in the JEE Maths section. The ratios and functions of trigonometry are used frequently in questions during the exam. Once students have a good grip on the basic concepts in this topic, they will be on the way to score really well in the exam.
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