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About TJEE 2020
The authorities will conduct TJEE 2020 to invite admissions to various engineering courses in the state of Tripura. TJEE 2020 will be conducted tentatively in the fourth week of April in offline mode. The registrations for Tripura Joint Entrance Exam 2020 will be available online tentatively from the third week of January till the second week of February. TJEE will be an OMR based paper having multiple choice questions with no negative marking. Tripura Board Of Joint Engineering Examination will release the admit card of TJEE tentatively in the last week of March. The official provisional answer key will be released by the authorities and will consist of the correct answers to the examination. 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 |
Download all details about TJEE 2020
Download BrochureTJEE 2020 Important Dates
Upcoming Dates and Events
21 Jan, 2020 - 10 Feb, 2020 (Tentative)
Application | Mode: Online
28 Mar, 2020 (Tentative)
Admit Card | Mode: Online
24 Apr, 2020 - 25 Apr, 2020 (Tentative)
Exam | Mode: Offline
26 Apr, 2020 (Tentative)
Answer Key - Provisional answer key | Mode: Online
16 May, 2020 (Tentative)
Answer Key - Final answer key | Mode: Online
04 Jun, 2020 (Tentative)
Result | Mode: Online
02 Jul, 2020 - 04 Jul, 2020 (Tentative)
Counselling | Mode: Offline
APPLICATIONS OPEN NOW
Apply to Manipal B.Tech Admissions 2020
TJEE 2020 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 2020 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 2020.
Other-
- Children of the central and state government employees can also apply for TJEE 2020.
- 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.
TJEE 2020 Application Process
Mode of Application : Online
Mode of Payment : Net Banking | Credit Card | Debit Card
The application form of TJEE 2020 will be available in online mode tentatively from the third week of January to the second week of February. Candidates will have to pay the fees online and will not be required to send any documents. The steps involved in the TJEE 2020 online application process are
Step 1 - Registration:
Candidates have to register using a valid and unique email D and mobile number. Candidates can only login if they are registered successfully. A login reference ID will be generated and has to be used by candidates to login and fill the application form.
Step 2 - Edit Profile:
Candidates will have to login and fill personal details. They are also required to upload the scanned images as specified below.
Specifications of Images or documents to be uploaded:
Image/Document | Details | File Format | File Size | Dimensions |
Photograph | Candidates must be facing the camera with a White Background, Facial area must be 50% | JPEG or JPG | 100 KB | 3.5cm X 4.5cm |
Signature | 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 | 1MB | NA |
Step 3 - Fill Application Form:
Candidates will 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 will have to 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 will be non-refundable.
TJEE Application Fee
Category | 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 Acknowledgement:
Once payment is successfully updated in the online system, candidates will be able to print the TJEE application acknowledgement for their record and future reference. Candidates can also print their payment receipt.
Note: Candidates are required not to send any documents to the authorities.
Application Fees
Category | Quota | Mode | Gender | Amount |
---|---|---|---|---|
General | Online | Male | ₹ 550 | |
SC, General, ST, OBC | Online | Female | ₹ 350 | |
ST, SC | Online | Male | ₹ 450 |
TJEE 2020 Syllabus
Chemistry | |
---|---|
Module - 1 | Atomic structure |
Concept of nuclear atom | |
Electron | |
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 | |
Valency | |
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 | |
Electrovalent | |
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 | |
System | |
Sorroundings | |
Types of system | |
Types of processes | |
Intensive and extensive properties | |
State functions | |
Irreversible process | |
Internal energy | |
Enthalpy | |
Work | |
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 | |
Entropy | |
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 | |
Pressure | |
Temperature | |
Catalyst | |
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 | |
Oxidation | |
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 | |
Weight | |
Volume calculations | |
Eudiometry | |
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 | |
Molarity | |
Molality | |
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 | |
Conductance | |
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 |
Carabon | |
Allotropes of carbon diamond | |
Graphite | |
Fullerene | |
Preparation | |
Properties and uses of carbon monoxide and carbon dioxide | |
Carbonate-bicarbonate fuffer systems | |
Nitrogen and phosphorus | |
Occurance | |
Isotopes | |
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 | |
Purification | |
Properties | |
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 | |
Lpg | |
Lng and cng | |
Firtilizer | |
Urea | |
Nitrolim | |
Ammonium sulphate | |
Super phosphate of lime | |
Module - 6 | Chemistry of metallic elements and their compounds |
General principles of metallurgy | |
Occurance | |
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 | |
Cement | |
Composition and setting of portland cement | |
Module - 7 | Chemistry of organaic compound |
Unique nature of carbon atom | |
Catenation | |
Tetra valency 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 | |
Addition | |
Substitution | |
Elemination | |
Rearrange- ment | |
Fission of a covalent bond | |
Free radicals | |
Electrophiles | |
Nucleophiles | |
Carbocations | |
Carbanions | |
Preparation and properties: Hydrocarbons, monohydric alcohols, aldehydes, ketones, monocarboxylic acids, primary amines, benzene, nitrobenzene, aniline, phenol, benzaldehyde, benzoic acid, grignard reagent | |
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 | |
Ethylene | |
Properties | |
Marcownikoffs rule | |
Peroxide effect | |
Ozonolysis | |
Test of unsaturation and uses | |
Actylene | |
Acidic character | |
Test and uses | |
Aromatic hydrocarbon | |
O, m, p isomers | |
Nucleus and side chain | |
Aromaticity | |
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 | |
Properties | |
Reactions | |
Uses of individual compounds included in the syllabus and problem based on stoichiometry | |
Structure | |
Physical and Chemical properties | |
Reactions of functional groups | |
Alcohols | |
Methanol and ethanol from fermentation | |
Ether | |
Diethlyether | |
Aldehydes and Ketones: oxidation, reduction, oxime and hydrazone formation | |
Formaldehyde | |
Acetaldehyde and acetone | |
Carboxylic acids and their derivatives | |
Formic acids | |
Acetic acid and oxalic acid | |
Acetyl chloride | |
Acetic anhydride | |
Acetamide | |
Ethyl acetate | |
Phenol | |
Benzaldehyde | |
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 | |
Comparison | |
Nitrobenzene | |
Preparation from benzene | |
Diazonium salts | |
Aniline properties reaction | |
Halogenation | |
Nitration | |
Sulphonation | |
Amines:Nomenclature,classification,structure,basic character and identification of primary, secondary and tertiary amines and their basic character | |
Classification | |
Isomerism - Structural and stereoisomerism | |
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 | |
Polymer | |
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 | |
Carbohydrates | |
Pentoses and hexoses | |
Distinctive chemical reaction of glucose | |
Amino acids | |
Glycine | |
Alanine | |
Aspartic acid | |
Structure of cysteine | |
Zwitterion structures ofamino acids | |
Peptide Bond | |
Adp and atp | |
Structure and role in bioenergeties | |
Nucleic acids | |
DNA and RNA | |
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 | |
Smog | |
Pollution of water by domestic and industrial effluents | |
Pollutants | |
Pesticides | |
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 | |
Borax | |
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 | |
Mathematics | |
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 | |
Rational | |
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 | |
Addition | |
Subtraction | |
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 | |
Events | |
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 |
Sine | |
Cosine | |
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 | |
Two dimensions: Cartesian coordinates, distance between two points, section formulae, shift of origin | |
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 | |
Ellipse | |
Hyperbola in standard form | |
Focus | |
Directrix | |
Chord | |
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 | |
Physics | |
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 | |
Velocity | |
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 | |
Couple | |
Torque | |
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 | |
Work | |
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, latitude, depth and rotation of earth | |
Depth and rotation of earth | |
Escape velocity | |
Kepler's laws of planetary motion | |
Geostationary satellite | |
Elasticity | |
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 | |
Capillarity | |
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 | |
Resonance | |
Elastic waves | |
Longitudinal and transverse waves | |
Progressive waves | |
Superposition of waves | |
Beats | |
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 | |
Pressure | |
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 | |
Colorimetry | |
Change of state | |
Latent heat | |
Conduction | |
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 | |
Mean | |
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 | |
Capacitance | |
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 | |
Resistivity | |
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 | |
Thermocouple | |
Thermo-emf | |
E-t graph | |
Neutral temp | |
Temperature of inversion | |
Seebeck effect | |
Peltier effect | |
Module- 8 | Magnetic effect of current |
Biot | |
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 |
Hydrogenspectrum | |
Photoelectric eect | |
Einstein’s photo electric equation | |
Explanation of laws of photo electric emission | |
Photo electric cel | |
Wave - particle duality | |
Debroglie’s hypothesis | |
Radioactivity | |
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 2020 Exam Pattern
TJEE 2020 will be conducted offline in OMR mode having multiple choice questions. The exam pattern of TJEE 2020 will provide a brief idea about the type of question paper, total number of questions, marks, etc. TJEE 2020 will be a 2-hour paper 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 was deducted for the incorrect response.
Mode of the exam | Offline |
Exam Duration | 2 hours- Mathematics 2 hours- Physics and Chemistry |
Language of exam | English, Bengali |
Test Booklets series | P, Q and R |
Total number of questions | 50-Mathematics 50- Physics and Chemistry |
Type of questions | Multiple choice questions |
Marking scheme | Each correct response will be awarded 2 marks. There will be no negative marking |
TJEE 2020 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.
Tripura JEE will give 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 2020 Admit Card
The admit card of TJEE 2020 will be released by TJEE Board in online mode. Candidates will be able to download their admit card by logging in and entering their user ID and password. The last date to download the admit card will be tentaively in the second week of April.
The TJEE admit card contained 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 was a mandatory document which had to be carried to the exam centre on the day of the exam.
TJEE 2020 Exam Centers
State | City |
---|---|
Tripura | Agartala |
Udaipur | |
Santirbazar | |
Kailashahar | |
Dharmanagar | |
Ambassa |
Documents Required at Exam
- TJEE 2020 admit card
TJEE 2020 Answer Key
The official authorities will release the provisional answer key of TJEE 2020. This model key can be downloaded by clicking on the link given on the website. Candidates can also challenge the model answer key after which the final answer key will be released.
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The result of TJEE 2020 will be released tentatively 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 roll number and date of birth to check the TJEE 2020 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 2020 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 2020 counselling.
Documents Required at Counselling
- TJEE 2020 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
Validity of Exam Result: | For 1 Year |
Mode of Exam: | Offline |
Contacts: | 3812325232 |
Relevant Links: | Official Website Link Click Here |
Applications Open Now
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