About TJEE 2019

Tripura Board Of Joint Engineering Examination conducts TJEE to invite admissions to various engineering courses in the state of Tripura. TJEE is conducted in the last week of April every year in offline mode. The registrations for Tripura Joint Entrance Exam 2019 are available online from January 21 till February 10. TJEE is an OMR based paper having multiple choice questions with no negative marking. The official provisional answer key will be released by the authorities on April 26. The counselling process of TJEE 2019 will start after the declaration of result in the first week of June. Candidates will have to report to the prescribed counselling venue for document verification.

Exam level: State Level Exam
Frequency: Once a year
Languages English
Conducting Body: Tripura Board of Joint Entrance Examination
Duration 6 Hours

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TJEE 2019 Important Dates

24 Apr, 2019 - 25 Apr, 2019 Exam - Exam | Mode: Offline
26 Apr, 2019 Answer Key | Mode: Online
21 Jan, 2019 - 10 Feb, 2019 Application | Mode: Online

TJEE 2019 Eligibility Criteria

It is very important to meet the eligibility criteria of Tripura JEE to apply for the exam. The detailed eligibility criteria is given below for the candidates to make sure that they are eligible to appear for TJEE.

Citizenship- Candidate appearing for TJEE 2019 must be an Indian National and must be a permanent resident of Tripura. It is mandatory for the candidate or his/her parents to have been residing in Tripura for at least 10 continuous years. 

Educational qualification- Candidate should have passed 10+2 or the equivalent exam with the minimum required qualifying marks to be eligible for TJEE 2019.


  • Children of the central and state government employees can also apply for TJEE 2019.
  • Children of the state government employees who have their posting outside Tripura are also eligible to apply.
  • Children of All India Services Officers born in Manipur- Tripura Cadre are also eligible.

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TJEE 2019 Application Process

Mode of Application : Online

Mode of Payment : Net Banking | Credit Card | Debit Card

Application Fees

Category Quota Mode Gender Amount
General Online Male ₹ 550
SC, OBC, General, ST Online Female ₹ 350
SC, ST Online Male ₹ 450

The application form of TJEE 2019 will be available only online from January 21 to February 10. Candidates have to pay the fees online and need not send any documents. The steps involved in the TJEE online application process are

Step 1 - Registration:
Candidates must register using a valid and unique email D and mobile number. Candidates can only login if they register successfully. A login reference ID will be generated and must be used by candidates to login and fill the application form.

Step 2 - Edit Profile:
Candidates must login and fill personal details. They must also upload the scanned images as specified below.

Specifications of Images or documents to be uploaded:



File Format

File Size



Candidates must be facing the camera with a White Background, Facial area must be 50%


100 KB

3.5cm X 4.5cm


Signature must be on white paper in blue ink and not in Capital letters

60 KB

3.5cm X 1.5cm

Caste or BPL Certificate/Ration Card

Files should not be password protected

Resolution  of the file should be no more than 300dpi and file must be legible




Step 3 - Fill Application Form:
Candidates have to fill the following details:

  • Qualification Details
  • Residency Details 
  • Previous TJEE Application Details (in case of repeat candidates)
  • Group choice
  • Exam Centre as per their preference (Dharmanagar, Kailasahar, Ambassa, Udaipur, Santirbazar and Agartala)

Step 4 - Finalize Application:
Candidates must check all details and edit/correct the application form  before the final submission. There will be no provision of correction of details after final submission.

Step 5 - Make Fee Payment:
Payment of the application fee can only be made online using Credit/Debit Cards, Net banking. This fee is non-refundable.

TJEE Application Fee


Fee Details

General male candidates

Rs. 550

SC/ST male candidates

Rs. 450

All Female** and BPL (male & female) candidates

Rs. 350

If money is deducted once from candidates account but not updated in the online system, candidates are requested to wait for 48 hours before trying again. The money will be refunded if the transaction fails.

Step 6 - Print Acknowledgment:
Once payment is successfully updated in the online system, candidates will be able to print the TJEE application acknowledgment for their record and future reference. Candidates can also print their payment receipt.

Note: Candidates need not send any documents to the authorities.

TJEE 2019 Syllabus

Module - 1 Atomic structure
Concept of nuclear atom
Proton and neutron
Atomic Number
Rutherford's model and its limitations
Extra nuclear structure
Line spectrum of hydrogen atom
Quantization of energy
Bohr model of atom and its limitations
Sommerfeld's modification
The four quantum numbers
Ground state electronic configurations of many electron atoms and mono atomic ions
The aufbau principle
Pauli's exclusion principle and Hund's rule
Dual nature of electron
The concept of atomic orbitals
Shapes of s, p and d-orbitals in pictorial approach
Radioactivity and nuclear chemistry
Natural radioactivity alpha, beta, gamma - rays and their properties
Rate of radioactive decay
Decay constant and half-line period of radio elements
Numerical problems
Artificial radioactivity
Nuclear reactions
Stability of atomic nucleus
Effect of neutron - proton ratio on the modes of decay
Group displacement law
Radio isotopes and their uses
Isobars and isotones
Nuclear fission and fusion reactions.
The periodic table and chemical families
Morn periodic law
Modern periodic table based onelectronic configurations
Groups and periods,
Types of elements
Representative of s and p-block elements, transition of d-block elements and inner transition of f-block elements and their general characteristics
Periodic trends in physical and chemical properties
Atomic radii
Ionization energy
Electron affinity
Metallic character
Acidic and basic characters of oxides and hydrides of the representative elements
Position of hydrogen and noble gases in the periodic table
Diagonal relationships
Module - 2 Chemical bonding and molecular structure
Valence electrons
The octet rule
Convalent and coordinate convalent bonds with examples
Properties of electrovalent
Covalent and co-ordinate covalent compounds
Limitations of octet rule
Fajan’s rule
Directionality of covalent bonds
Shapes of polyatomic molecules
Concept of hybridization of atomic orbitals involving s.p and d orbitals
Molecular orbital energy diagrams for homonuclear diatomic species
Bond order and magnetic properties
Valence shell electron pair repulsion concept
Elementary idea about shapes of molecules
Elementary idea about concept of resonance
Elementary idea of resonance structure
Elementary idea about electronegativity
Bond polarity and dipolemoment
Hydrogen bonding and its effect on physical properties like m.p., b.p. and solubility
Double and complex salts
Werner’s co-ordination compounds
Co-ordination number and geometry
Iupac nomenclaature of mono nuclear co-ordination complexes
Chemical energetics and chemical dynamics
Some basic concepts of thermodynamics
Types of system
Types of processes
Intensive and extensive properties
State functions
Irreversible process
Internal energy
Heat capacity specific heat capacity
Molar heat capacity
Enthalpy changes during phase transitions
Enthalpy change in chemical reactions
Standard enthalpy of formation
Hess’s law and its applications
Bond enthalpy
Measurement of enthalpy of reactions
Energy of combustion reactions
Conservation of energy and the first law of thermodynamics
Mathematical form of first law of thermodynamics
Numerical problems
Spontaneity of a process
The second law of thermodynamics
Elementary idea about entropy change and gibbs free energy change
Significance of relation between heat and entropy change of the system during a reaction
Example with gaseous reaction
Chemical dynamics
Dependence of reaction rates with concentration
Size of particles
Concept of energy barrier and ac- tivation energy
Order and molecularity of reactions in which determination is excluded
First order reaction
Specific rate constant
Half life period
Examples of first order
Pseudo first order and second order reactions
Module - 3 Gaseous State
Measurable properties of gases
Boyle’s law and charle’s law
Absolute scale of temperature
Ideal gas equation
Dalton’s law of partial pressure
Graham’s law of diffusion
Derivation from ideal behaviour
Liquifaction of gases
Real gases
Vander waal’s equation
Numerical problems
Chemical equilibria, ionic equilibria and redox equilibria
The law of mass action
Dynamaic nature of chemical equilibrium
Equilibrium constant
Le chatelier’s prin- ciple
Equilibrium constants of gaseous reactions and relation between them and examples
Ionization of weak electrolytes
Ostwald’s dilution law
Ionization constants of weak acids and bases
Ionic product of water
The ph - scale
Ph of aqueous solutions of acids and bases
Buffer solutions
Buffer action and henderson equation
Acid - base titrations
Acid - base indicators of structures non evaluative
Solubility and solubility product
Common ion effect with examples
Redox equilibria
Reduction reactions as electron transfer processes
Oxidation numbers
Balancing of chemical equations of redox reactions by oxidation number and ion - electron methods
Standard electrode potentials
Nernst equation and its applications
Electrochemical series
Feasibility of a redox reacction
Significance of gibb’s equation with out derivation
E.m.f. of galvanic cells with examples
Stoichiometry of redox reactions
Redox titration’s with examples
Module - 4 Atoms, molecules and chemical arithmetic
Definition of atomic weight on hydrogen scale
Oxygen scale and carbon scale
Physical and chemical atomic weight
Avogadro’s hypothesis and its application for deduction of m = 2d and molar volume of ideal gases at stp
Mole Concept
Volume calculations
Percentage Composition
Empirical formula and molecular formula
Equivalent weight of elements
Radicals and compounds
E v a relations
Law of reciprocal proportion and law of equivalent weight
Numerical problems
Chemistry of solutions
Non-electrolytic solutions
Types of solution
Strength of solution in terms of normality
Mole fraction and formality
Vapour pressure of solutions
Raoults law
Colligative properties
Relative lowering of vapour pressure
Elevation of boiling point
Depression of freezing point
Osmotic pressure and their relationship with molecular mass with out any derivation
Colloidal solution
Differences from true solutions
Examples of hydrophobic and hydrophilic colloids
Preparations of hydrophobic and hydrophilic colloids
Properties of hydrophobic and hydrophilic colloids
Uses of hydrophobic and hydrophilic colloids
Coagulation and peptization of colloids
Dialysis and its applications
Brownian motion
Tyndall effect and its applications
Electrical properties
Protection of colloids and protective colloids
Gold number
Elementary idea of emulsion
Surfactant and micelle
Electrolytic solutions
Electrolysis and electrolytic cell
Factors influencing electrolysis
Examples of electrolysis of few aqueous solutions of different strength by using different suitable electrodes
Faraday’s laws of electrolysis
Relationship between electrochemical equivalent and chemical equivalent
Definition of faraday’s from faraday’s first and second laws
Relationship between e, f and n
Determination of charge of electron from faraday’s law
Electrolytic conduction
Specific condutance
Equivalent conductance and ionic conductance
Molar conductance
Kohlrausch’s law and its application
Module - 5 Chemistry of non-metallic elements and their compounds
Allotropes of carbon diamond
Properties and uses of carbon monoxide and carbon dioxide
Carbonate-bicarbonate fuffer systems
Nitrogen and phosphorus
Isolation from natural source and purification
Reactivity of the free element
Properties and m reaction of phosphine
Properties and m reaction of nitrous oxide
Properties and m reaction of nitric oxide
Properties and m reaction of nitrogen dioxide
Properties and m reaction of nitrous acid
Properties and m reaction of nitric acid
Properties and m reaction of phosphorous trioxide
Properties and m reaction of phosphorous pentoxide
Properties and m reaction of phosphorous acid
Properties and m reaction of phosphoric acid
Properties and m reaction of ammonia
Sulphur and oxygen
Allotropic forms and isolation from natural sources and purification
Properties and reactions of free element
Unusal properties of water
Production and uses of heavy water with hydrogen peroxide and ozone
Their preparation
Reactions and uses
Preparation of sulphur dioxide and sulphuric acid
Properties reactions and uses of sulphur dioxise and sulphuric acid
Reaactions with oxidising agents of hydrogen sulphide
Use of h2s as reagent in qualitative inorganic analysis
Halogen family
Principle of preparation
Physical states and chemical reactivity of the free elements
Peculiarities of fluorine and iodine
Preparation of hydracids of halogen
Properties of hydracids of halogen
Reactions of hydracids of halogen
Uses of hydracids of halogen
Chemistry in industry
Large scale production of including physico-chemical principles where applicable omitting technical details and uses of individual items
Heavy chemicals
Contact process of sulphuric acid
Haber’s process of ammonia
Ostwald’s process of nitric acid
solvay process of sodium bicarbonate and sodium carbonate
Electro chemicals
Sodium hydroxide and chlorine
Fuel gases
Coal gas
Water gas
Lng and cng
Ammonium sulphate
Super phosphate of lime
Module - 6 Chemistry of metallic elements and their compounds
General principles of metallurgy
Concentration of ores
Extraaction and purification of metals
Minerals wealth of india
Typical members
Occurance of sodium,calcium,aluminium,iron,copper and zinc
Extraction of sodium,calcium,aluminium,iron,copper and zinc
Purification of sodium,calcium,aluminium,iron,coppera and zinc
Properties and reactions of sodium,calcium,aluminium,iron,copper and zinc
Manufacture of steels and alloy steel with bessemer, open - hearth and l d process
Principles of chemistry involved in electroplating
Anodizing and galvanizing
Metals of life
Biological roles of na+, k+, mg2+, ca2+ fe2+, fe3+, cu2+, and zn2+
Mioglobin haemocyanin
Chlorophyll in which metal ion present and biofunction to be mentioned, structure - non evaluative
Compounds of metals
Principles of preparation
Properties and uses of bleaching powder
Plaster of paris
Epsom salt
Copper sulphate
Aluminium chloride
Comon alum
Composition and setting of portland cement
Module - 7 Chemistry of organaic compound
Unique nature of carbon atom
Tetravalency of carbon
Hybridization of orbitals
Modern concept of sigma and pi-bond
Classification of organaic compounds
Nomenclatuare of organic compounds with iupac name and trivial name
Homologous series
Structure of isomerism
Steric hindrance
Inductive effect
Resonance hyperconjugation
Organaic reaactions
Rearrange- ment
Fission of a covalent bond
Free radicals
Classification of Hydrocarbons
Alkane general methods of prepa- ration and general properties with reactions
Methane and ethane
Principle of preparation
Properties and Uses
Alkene and alkynes
General method of preparation
General properties with reactions
Saytzeff rule
Marcownikoffs rule
Peroxide effect
Test of unsaturation and uses
Acidic character
Test and uses
Aromatic hydrocarbon
O, m, p isomers
Nucleus and side chain
Benzene and its homologoues
Coal tar distillation and isolation of benzene
Substitution reaction of chlorination, nitration,sulfonation and friedalcraft’s reaction
Dirtive influence of substituents and its examples
Toluene and its o, m, p
Substituted derivaties
Chlorination with hydrolysis of chlorinated products included
Side chain oxidations
Organic compounds containing halogens like haloalkanes and haloarenes
Properties and reactions
Haloform reaction
Chloroform and iodoform
Carbylamine reaction
Preparation, properties and uses of chlorobenzene
Preparation of grignard reagents and their synthetic applications
Module - 8 Organic compounds containing oxygen
General methods of preparation
Large scale production
Uses of individual compounds included in the syllabus and problem based on stoichiometry
Physical and Chemical properties
Reactions of functional groups
Methanol and ethanol from fermentation
Aldehydes and Ketones
Acetaldehyde and acetone
Carboxylic acids and their derivatives
Formic acids
Acetic acid and oxalic acid
Acetyl chloride
Acetic anhydride
Ethyl acetate
Benzoic acid
Salicylic acid
Anthranilic acid
Acidity of carbozylic acid and phenol
Effect of substitutents on the acidity of carboxylic acid
Module - 9 Organic compounds containing nitrogen
Cyanides and Isocyanides
General methods of preparation
Chemical Properties
Preparation from benzene
Diazonium Salts
Aniline properties reaction
General methods ofpreparation
Properties with reactions
Distinction and basicity of amines
Preparations of methyl amine, ethyl amine, aniline
Properties of methyl amine, ethyl amine, aniline
Reactions and uses of methyl amine, ethyl amine, aniline
Preparation of diazonium chloride
Reaction and synthetic application of diazonium chloride
Classification of polymers
Natural and synthetic polymers with stress on their general methods of preparation and important uses of the following
Polythene, nylon-66, teflon, pvc, rubber from natural sources including vulcanization
Introduction of biomolecules
Pentoses and hexoses
Distinctive chemical reaction of glucose
Amino acids
Aspartic acid
Structure of cysteine
Zwitterion structures ofamino acids
Peptide Bond
Adp and atp
Structure and role in bioenergeties
Nucleic acids
Module - 10 Environmental chemistry
Chemical nature of air
Water and soil and their role in environment
Common modes of pollution of air
Water and soil
Importance of ozone layer
Reactions causing ozone layer depletion
Green House effect
Pollution of water by domestic and industrial effluents
Fertilizers and plastic
Application oriented chemistry
Main ingredients
Their chemical natures and their side effects
If any of common antiseptics, analgesics, antacids, pain killers, vitamin c
Technical/domestic/medicinal uses of chemicals
Baking powder
Calcium lactate
Boric acid
Zinc sulphate
Oil of wintergreen
Carbolic acid
Principles of qualitative analysis
Detection of water soluble non-interferring acid and basic radicals by dry and wet tests from among
Acid radicals
Chloride ion,sulphide,sulphate ion,nitrate ion,and carbon dioxide
Basic radicals
Copper ion,aluminium ion,ferrous ion,ferric ion,zinc ion,magnesium ion,sodium ion and ammonium
Detection of special elements (n, cl, br, i and s) in organic compoundsby chemicaltests, identicationoffunctionalgroups in
Phenol, aromatic amines, aldehydes, ketones and carboxylic acids
Module 1 Principle of mathematical induction pmi
Statement of the principle of divisibility
Summation and inequality by using pmi
Simple applications
Arithmetic,geometric and harmonic progression
Arithmetic,geometric and harmonic means and relation among them
Sum to first n terms of an arithmetic
Geometric and arithmetic-geometric series
Theory of Quadratic equations
Irrational and complex roots
Relation between roots and coefficients of a quadratic equation
Nature of roots
Formation of quadratic equation
Symmetric functions of the root
Quadratic expression
Minimum and maximum of quadratic expression
Simple applications of quadratic expression
Complex numbers and its real and imaginary parts
Polar form and conjugate of a complex number
Argand diagram
Cube roots of unity
Triangle inequality
Simple problems of complex numbers
Permutation and combination
Fundamental theorem of counting
Permutation as arrangement and combination as selection
Permutation and combination of like and unlike things
Circular permutation is to be excluded
Simple applications of permutation and combination
Module 2 Binomial theorem
Binomial theorem for a positive integral index
General terms
Middile terms
Equidistant tems
Simple applications in bionomial
Infinite series
Infinite geometric series
Binomial theorem for fractional and negative index
Exponential series
Logarithmic series
Simple applications of infinite series
Matrices and deterinants
Matrices upto third order
Scalar multiplication and multiplication of matrices
Determinants upto third order
Properties of deterinants
Minors and confactors
Application of determinants for evaluation of area of a triangle and solution of a system of linear equations by using cramer’s rule
Inverse of a 2 x 2 matrix
Simple application of matrice
Probability theory
Random experiment and their outcomes
Sample space
Equally likely events
Mutually exclusive and exhaustive cases
Classical definition of probability
Addition and multiplication theorems
Simple applications of probability
Trigonometric ratios of associated angles
Module 3 Compound angles
Multiple and submultiple angles
Conditional identities
General solution of trigonometric equations
Inverse circular functions
Simple applications of trigonometric
Module 4 Properties of triangles
Tangent rules
Formulae for semi angels
Expression for area of a triangle
Circum radius
Coordinate geometry
Cartesian and polar coordinates
Relation between cartesian and polar coordinate system
Distance between two points
Section ratio
Coordinates of centroid and incentre of a triangle
Area of the triangle
Idea of loci
Equations of straight line in different forms
Angle between two straight lines
Condition of perpendicularity and parallelism
Position of a point with respect to a straight line
Distance of a point from a straight line
Simple applications of coordinate geometry
Module 5 Equation of a circle
Centre and radius of circle
Equation of circle in general form
Equation of a circle interms of end points of a diameter
Length of intercept on a circle by a straight line
Idea of a conic
Equation of parabola
Hyperbola in standard form
Elementary properties
Parametric representation of conics
Simple applications of coins
Module 6 Differential calculus
Concept of a function
Different kinds of functions
Geometrical representation of a function
Concept of limit of a function at a point
Right and left hand limits
Evaluation of limits using standard limits and not by using l-hospital’s theorem
Concept of continuity of a function at a point
Concept of continuity of a function in an inversal
Idea of discontinuity
Removable discontinuity
Height of the jump
Determination of continuity of a function graphically and analytically
Concept of derivative of a function at a point
Derivative from first principle
First and second order derivative of a function
Simple applications of differential calculus
Module 7 Integral calculus
Integration as an inverse of differentiation
Integration by substitution and by parts
Integration by partial fraaction
Simple integrals
Module 8 Definite integral
Definite integral as the limit of a sum
Geometrical meaning of a definite integral
Properties of definite integral
Fundamental theorem of integral calculus
Evalution of definite integrals
Differential equation
Meaning of solution of differential equation
Solution of differential equation of 1st order by variable seperable method
Homogeneous differential equation of 1st order
Simple applications of differential calculus
Module 9 Significanace of dy/dx
Derivative as a rate measure
Calculation of approximate value and error
Increasing and decreasing functions
Tangents and normals
Determination of maxima and minima of a function by using first order derivative only
Determination of maxima and minima of a function by using first and second order derivatives
Determination of area
Calculation of area of a closed region
Simple applications of area
Module 10 Relations and mapping
Ordered pair
Cartesian product of sets
Different types of relations
Different types of mappings
Relation of cartesian product
Idea of vectors
Addition and Subtraction of vectors
Scalar multiplication of a vector
Triangle law
Position vector of a point dividing a line segment in a given ratio
Dot and cross product of vectors
Projection of a vector on another vector
Application of vectors in geometry
Simple applications of vector
Module- 1 Unit of measurement
System of units
S.i. units
Fundamental and derived units
Dimensional Analysis
Composition and resolution of vectors
Rectangular components in two & three dimensions
Unit vector
Representation of vectors in term of co-ordinates
Addition & subtraction of vectors
Multiplication of vectors
Scalar product & vector product
Uniformaly accelerated motion
Time graph position
Time graph
Kinematical equations in one dimension
Centre of mass
Centre of gravity
Conditions of equilibrium of a system of forces
Moment of a force about a point and an axis
Newton’s laws of motion
Inertial fraame
Impulse & impulsive forces
Conservation of linear momentum
Static and Kinetic friction
Projectile Motion
Rotational motion of a particle
Angular momentum and conservation of angular momentum
Moment of inertia
Relation between torque
Angular Momentum
Moment of inertia & angular acceleration
Rotational kinetic energy
Centripetal force & centrifugal force
Energy & power
Conservative and non-conservative force
Elastic collision in one dimension
Module- 2 Laws of gravitation
Gravitational field and potential
Acceleration due to gravity and its variation with altitude
Depth and rotation of earth
Escape velocity
Kepler’s laws of planetary motion
Geostationary satellite
Elastic behaviour
Hooke’s law of elasticity
Elastic module
Poisson’s Ratio
Elastic Energy
Pascal’s law
Principle of multiplication of thrust and its application
Hydraulic press
Archimedes’ principle and its application
Atmospheric pressure
Torricelli’s expt
Fortin’s baromete
Surface energy and surface tension
Streamline and turbulent motion
Newton’s law of viscous force
Coefficient of viscosity
Stoke’s law
Terminal velocity
Bernoulli’s principle and its simple application
Module - 3 Simple Harmonic Motion
Differential equation of s.h.m. and its solution
Energy in s.h.m.
Time period of simple pendulum
Superposition of two s.h.m.,’s with analytical treatment
Free, forced and damped vibrations
Elastic waves
Longitudinal and transverse waves
Progressive waves
Superposition of waves
Stationary waves
Vibration of strings and air columns
Doppler effect in sound propagation
Sound wave as longitudinal elastic wave
Velocity of sound wave
Newton’s formula and laplace’s correction
Dependence of velocity of sound in a medium on temperature
Density and humidity
Module - 4 Thermal expansion of solids
Relation among coefficients of linear
Superficial and cubical expansion of solids
Applications of expansion of solids
Thermal expansion of liquids
Relation between expansion coefficients
Change of state
Latent heat
Convection and radiation
Thermal conductivity
Thermometric conductivity
Black body ratiation
Stefan’s law
Newton’s law of cooling in the form of statement and qualitative explanation only
Mean free path
Rms speed and most probable speed
Pressure of an ideal gas
Charle’s law
Boyle’s law
Avogadro’s law and pressure law from kinetic theory of gases
Kinetic energy of molecules
Kinetic interpretation of temperature
First law of thermodynamics
Thermodynamic variables
Isothermal and adiabatic expansions of gases
Reversible and irreversible processes
Specific heats of gases at constant pressure and at constant volume and relation between them
Module - 5 Reflection of Light
Spherical Mirrors
Mirror formula
Linear magnification formula
Refraction at plane surface
Total internal reflection
Critical angle
Relation between refractive index and critical angle
Optical fibre
Total reflecting prism
Refraction and dispersion of light through prism
Thin lenses
Concave and convex
Lens Formula
Power of a Lens
Lens maker’s formula
Two thin lenses in contact
Simple and compound microscope
Astronomical telescope of simple construction as a combination of coaxial lenses and ray diagram showing final image formation by magnifying power
Human Eye
Defects of vision and corrections
Wave front and huygen’s principle
Reflection and refraction of a plane wave front at a plane surface on the basis of huygen’s principle
Interference of light
Young’s double slit experiment and expression for fringe width
Coherent sources
Module - 6 Coulomb’s law in electrostatics
Electric field intensity and potential and their relation
Electric dipole
Electric field due to a dipole
Dipole moment
Electric flux
Gauss’ theorem in electrostatics and its application to find electric field intensity due to uniformly charged infinitely long thin straight wire and uniformly charged thin spherical shell in field inside and outside
Principle of capacitor
Capacitance of parallel plate capacitor
Series and parallel combination of capacitors
Energy stored in capacitor
Sharing of charges and loss of energy
Coulomb’s law in magnetism
Magnetic field intensity due to a magnetic dipole of short bar magnet at a point on its axis and on the perpendicular bisector of the axis
Torque on a magnetic dipole in a uniform magnetic field
Current loop as a magnetic dipole and magnetic dipole moment
Properties of magnetic material
Permeability and susceptibility
Dia, para and ferromagnetic materials & their uses
Magnetic field of earth
Elements of the earth’s magnetic field
Module - 7 Drift velocity and mobility of charge carrier throughmetallic conductor and their relation with electric current
Ohm’s law
Resistance of conductor
Factors influencing resistance
Temperature coefficient of resistance
Combination of resistors
Internal resistance of a cell and circuit equation
Combinations of cells
Kirchhoff’s law and simple applications
Wheatstone bridge principle
Meter bridge (with application for the determination of unknown resistance)
Principle and applications of potentiometer
Joule’s law on heating effect of current
Electrical method of determination of ‘j’
Electric power
B.o.t. unit of electrical energy
E-t graph
Neutral temp
Temperature of inversion
Seebeck effect
Peltier effect
Module- 8 Magnetic effect of current
Savart law and its application to current carrying circular loop
Ampere’s circuital law and its application to infinitely long straight wire
Straight and toroidal solenoids
Force on a moving charge in uniform electric field and magnetic field
Lorentz force
Force between two straight parallel current carrying conductors
Denition of ampere
Fleming’s left hand rule
Torque experienced by a current carrying loop in a uniform magnetic eld
Moving coil galvanometer
Con version of a gal vanometer into ammeter an d voltmeter
Faraday’s laws of electromagnetic induction
Lenz’s Law
Self and mutual induction
Fleming’s right hand rule
Alternating current
Peak and rms value of alternating current/voltage
Qualitative idea of electromagnetic waves and its spectrum
Module - 9 Bohr’s theoryofhydrogenlike atom
Photoelectric eect
Einstein’s photo electric equation
Explanation of laws of photo electric emission
Photo electric cel
Wave - particle duality
Debroglie’s hypothesis
Alpha, beta and gamma rays and their properties
Radioactive decay law
Decay constant
Half life and mean life
Radioisotope and their uses
Module - 10 Distinction between metals of conductors
Semiconductors and insulators in terms of energy bands in slids
Intrinsic and extrinsic semiconductors
P-N junction diode
Semiconductor diode rectiers
P-n-p and n-p-n transistors
Common emitter transistor characteristics
Logic gates
OR gate
And gate and not gate
Constituents of atomic nucleus
Mass defect
Binding energy
Mass energy equivalence
Nuclear fission
Chain reaction
Nuclear Reactor
Principle of operation
Nuclear fusion
Thermo nuclear fusion as the source of energy in sun and stars

TJEE 2019 Exam Pattern

TJEE 2019 will be conducted offline in OMR mode having multiple choice questions. The exam pattern of TJEE 2019 will provide a brief idea about the type of question paper, total number of questions, marks, etc. TJEE 2019 will have 2-hour papers of Physics, Chemistry, and Mathematics separately. Each paper will consist of 50 questions of 2 marks each. Each question will have four options with one correct answer. No marks will be deducted for the incorrect response.

Mode of the examOffline
Exam Duration2 hours- Mathematics
2 hours- Physics and Chemistry
Language of exam
English, Bengali
Test Booklets series
P, Q and R
Total number of questions50-Mathematics
50- Physics and Chemistry
Type of questionsMultiple choice questions
Marking schemeEach correct response will be awarded 2 marks. There will be no negative marking

TJEE 2019 Mock Test

Practising from the mock tests and previous year question papers of TJEE will be helpful in getting an idea about the nature of the question paper. Practising from the sample papers will help in evaluating the preparation level. This will act as a helping hand in revision.

The Tripura JEE has given a sample set of questions to understand the type of questions that may be asked in the entrance exam. These questions as well as those from previous years must be used to practise the topics learnt from each subject.

TJEE 2019 Admit Card

The admit card of TJEE 2019 will be dispatched to the candidates through the post on the address written by them while sending the application form. The TJEE admit card will contain the following mentioned details:

  • Name of the candidate
  • Enrollment number
  • Photograph of the candidate
  • Date and time of the exam
  • Address of the exam centre

Candidates must note that admit card is a mandatory document which has to be carried to the exam centre on the day of the exam.

TJEE 2019 Exam Centers

State City
Tripura Agartala

Documents Required at Exam

  • TJEE 2019 admit card

TJEE 2019 Answer Key

The official authorities will release the answer key of TJEE 2019 on April 26. This model key can be downloaded by clicking on the link given on the website. Candidates can challenge the model answer key till May 1 after which the final answer key will be released.

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The result of TJEE 2019 is expected to be released in the first week of June. The result will be released in the form of the merit list based on the marks obtained in the exam.  Candidates will have to enter the enrollment number and date of birth to check the TJEE 2019 result. There will be two credentials mentioned in the result of TJEE.

  • Merit list
  • Marks obtained

In case two or more candidates get the same marks, the inter-se-merit rules given below will apply. 

  • Candidates who score more in Physics and Maths will be ranked higher.
  • In case the tie still remains unbroken, candidates with higher scores in Maths will be ranked higher.
  • Lastly the older candidate will be awarded the higher rank.

Mode of Counselling: Offline

TJEE counselling 2019 will be conducted for the candidates who will appear and qualify the exam. It is mandatory for the candidates to meet the cutoff to be eligible for counselling.  Candidates will be called to report at the counselling venues which will be decided by the authorities. Candidates will have to carry the required documents while attending the TJEE 2019 counselling.

Documents Required at Counselling

  • TJEE 2019 admit card
  • Admit card of Madhyamik examination or equivalent / birth certificate as proof of age.
  • Admit card of 10+2 examination or equivalent
  • Class 10th marksheet or equivalent
  • PRTC (not citizenship certificate)/ other certificates as proof of residency
  • Caste (SC/ ST) certificate if applicable
  • Physically (PH) handicapped certificate issued by the appropriate authority
  • Certificate regarding the period of stay of candidate / father / mother for not less than five years in case of wards of Ex-Serviceman/ Serving Defence Personnel, issued by the appropriate authority, where necessary.
  • Ward of Ex-Serviceman certificate (from Rajya Sainik Board/ Directorate of Sainik Welfare)
  • Certificate showing the proof of Serving Defence Personnel, issued by the appropriate authority where necessary
  • Seat surrendered certificate from concerned department, if applicable.
  • BPL card from the appropriate authority where applicable.

General Information

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