## Quick Links

## About JKCET 2020

Jammu and Kashmir Board of Professional Entrance Examination (BOPEE) will conduct JKCET 2020 in offline mode tentatively in the final week of April. The examination will be held for the purpose of providing undergraduate engineering admissions into the participating engineering institutes. Registrations for JKCET 2020 will be open tentatively from the first week of February. Registered candidates will have to download their admit card and present it at the exam centres of JKCET 2020. The examination will be of duration of 3 hours with questions from Physics, Chemistry and Mathematics. The online counselling process will commence tentatively from the fourth week of May. Allotment of the candidates will be done according to their secured merit, preferred choices and availability of seats.

Exam level: | State Level Exam |

Frequency: | Once a year |

Languages | English |

Conducting Body: | Jammu and Kashmir Board of Professional Entrance Examinations |

Duration | 3 Hours |

#### Download all details about JKCET 2020

Download Brochure### JKCET 2020 Important Dates

Upcoming Dates and Events

01 Feb, 2020 - 27 Mar, 2020 (Tentative)

Application | Mode: Online

17 Apr, 2020 (Tentative)

Admit Card | Mode: Online

28 Apr, 2020 (Tentative)

Exam | Mode: Offline

17 May, 2020 (Tentative)

Result | Mode: Online

27 May, 2020 - 12 Jun, 2020 (Tentative)

Counselling | Mode: Offline and Online

## JKCET 2020 Eligibility Criteria

The eligibility criteria of JKCET 2020 will consist of the requirements that the candidates need to meet for admissions into the participating institutes. JKCET 2020 eligibility criteria has to be checked before registration since ineligible candidates may get disqualified. The official JKCET eligibility criteria have been listed below:

**Age**– Candidates should be at least 17 years old as of December 31, 2020. There is no upper age bar.**Domicile**- The candidates should be permanent residents of J&K state.**Academic Qualification**– Should have qualified 10+2th (or equivalent) examination from a recognized statutory Board/University. Those candidates who will be appearing for the qualifying examination in 2020 will also be allowed to participate. English. Physics, Chemistry and Mathematics should have been studied and qualified by the candidates.**Marks Required**– At least 50% marks should have been secured by the candidates in the qualifying exam. For SC/ST candidates, the marks required is 40%.

Mode of Application : Online

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

Candidates will be able to access the application form of JKCET 2020 in online mode tentatively from the first week of February. It will be mandatory for all the candidates to fill and submit the application form before the final date. Unregistered candidates will not be able to participate in the examination. All information submitted should be valid and according to the documents possessed by the candidates.

**Steps to fill JKCET 2020 Application Form**

- Personal and contact details such as name, date of birth, email id and more of the candidates will have to be filled in the online application form of JKCET 2020.
- Candidates will have to submit their permanent and correspondence address.
- Academic information will have to be provided in detail.
- Scanned images of the candidate’s photograph, signature and left thumb impression will have to be uploaded according to the specifications mentioned below.
- After previewing their filled application form, the candidates will be able to edit their submitted information. Submission has to be done after the changes are done.
- Payment of application fee of Rs. 1200 will have to be done through online mode (net banking/credit card/debit card)
- Educational/reservation/category documents will have to be uploaded if applicable.
- Finally, the submitted JKCET 2020 application form will have to be printed out for further reference.

Image Details | Specifications |

Photograph | Size of 3.5 cm x 4.5 cm with a file size of between 10 KB-50 KB |

Signature | in black ink or gel; Size of 3.5 cm x 1.5 cm with a file size of between 10 KB-50 KB |

Left Thumb Impression | in blue or black ink; Size of 3.5 cm x 1.5 cm with a file size of between 10 KB-50 KB |

### Application Fees

Category | Quota | Mode | Gender | Amount |
---|---|---|---|---|

ST, OBC, General, SC | PWD | Online | Male, Female, Transgender | ₹ 1200 |

ST, OBC, General, SC | Online | Male, Female, Transgender | ₹ 1200 |

## JKCET E-books and Sample Papers

##### JKCET Question Papers (2011-2015)

## JKCET 2020 Syllabus

Physics | |
---|---|

Physical world and measurement | S.i. units |

Fundamental and derived units | |

Accuracy and precision of measuring instruments | |

Errors in measurement | |

Significant figures | |

Dimensions of physical quantities | |

Dimensional analysis and its applications | |

Kinematics | Motion in a straight line |

Position-time graph | |

Speed and velocity | |

Elementary concepts of differentiation and integration for describing motion | |

Uniform and non-uniform motion | |

Average speed and instantaneous velocity | |

Uniformly accelerated motion, velocity-time, position-time graphs, for uniformly accelerated motion ( graphical treatment ) | |

Velocity-time graph | |

Position-time graphs | |

Relations for uniformly accelerated motion | |

Graphical treatment and calculus approach | |

Scalar and vector quantities | |

Addition and subtraction of vectors | |

General vector and notation, | |

Relativen velocity | |

Scalar and vector products of two vectors with properties | |

Unit vector | |

Resolution of a vector in plane rectangular components | |

Motion in a plane | |

Projectile motion | |

Laws of motion | Concept of force and inertia |

Newton's first law of motion | |

Momentum and newton’s second law of motion and impulse | |

Newton's Third law of motion | |

Law of conversation of linear momentum and its applications | |

Equilibrium of concurrent forces | |

Static and kinetic friction | |

Laws of friction | |

Rolling friction | |

Dynamics of uniform circular motion | |

Centripetal force and examples of circular motion like vehicle on level circular road, vehicle on banked road | |

Work, energy and power | Concept of scalar products of vectors |

Work done by a constant force and variable force | |

Kinetic energy | |

Work energy theorem | |

Power of work energy theorem | |

Potential energy | |

Potential energy of spring | |

Conservative forces | |

Conservation of mechanical energy | |

Non conservative forces | |

Elastic and inelastic collisions in one and two dimensions | |

Motion of system of particles and rigid body | Centre of mass of a two-particle system |

Centre of mass of a rigid body | |

Concepts of vector product of vectors | |

Moment of a force | |

Torque | |

Angular momentum | |

Conservation of Angular Momentum with some examples | |

Moment of inertia | |

Radius of gyration | |

Values of moment of inertia for simple geometric objects with no derivation | |

Statement of parallel and perpendicular axes theorems and their applications | |

Rigid body rotation and equations of rotational motion | |

Gravitation | The universal law of gravitation |

Depth and shape of acceleration due to gravity and its variation with altitude | |

Kepler's laws of planetary motion | |

Gravitational potential energy | |

Escape velocity | |

Orbital velocity of satellite | |

Geo stationary satellites | |

Properties of bulk matter | Elastic behaviour |

Stress strain relationship | |

Hooke’s law, | |

Young's modulus | |

Bulk modulus | |

Shear modulus of rigidity | |

Pressure due to a fluid column | |

Pascal’s law and its applications with hydraulic lift and hydraulic brakes viscosity | |

Stokes' law | |

Terminal velocity | |

Streamline and turbulent flow | |

Reynolds number | |

Bernoulli’s theorem and its applications surface energy and surface tension | |

Angle of contact | |

Applications of surface tension with ideas to drops, | |

Bubbles and capillary rise | |

Heat | |

Temperature | |

Thermal expansion | |

Specific heat | |

Calorimetry | |

Change of state latent heat | |

Heat transfer conduction | |

Convection and radiation | |

Newton's law of cooling | |

Thermodynamics | Thermal equilibrium and definition of temperature with zeroth law of thermodynamics |

Heat work and internal energy | |

First law of thermodynamics | |

Second law of thermodynamics | |

Reversible and irreversible processes | |

Heat engines and refrigerators concept only | |

Behaviour of perfect gas and kinetic theory | Equation of state of a perfect gas, work done on compressing a gas |

Work done on compressing a gas | |

Assumptions of kinectic theory of gases | |

Concept of pressure | |

Kinectic energy and temperature | |

RMS speed of gas molecules | |

Degrees of freedom | |

Law of equipartition of energy statement only and applications to specific heat capacities of gases | |

Concept of mean free path | |

Avagadro’s number | |

Oscillations and waves | Periodic motion with period, frequency, displacement as a function of time |

Periodic functions | |

Simple harmonic motion and its equation | |

Phase | |

Oscillations of a spring restoring force and force constant | |

Energy in s.h.m. | |

Kinetic and potential energies | |

Simple pendulum derivation of expression for its time period free | |

Resonance of forced and damped oscillations | |

Wave motion, phase, amplitude and velocity of wave | |

Longitudinal and transverse waves | |

Speed of a wave | |

Displacement relation for a progressive wave | |

Principle of superposition of waves | |

Reflection of waves | |

Standing waves in strings and organ pipes | |

Fundamental mode and harmonics | |

Beats | |

Doppler effect | |

Electrostatics | Electric charges |

Conservation of charge | |

Coulomb’s law-forces between two point charges | |

Forces between multiple charges; | |

Superposition principle and continuous charge distribution | |

Electric field due to a point charge | |

Electric field lines | |

Electric dipole | |

Electric field due to a dipole | |

Torque on a dipole in uniform electric field | |

Electric flux | |

Statement of Gauss's Theorem and its applications to find field due to infinitely long straight wire | |

Uniformly charged infinite plane sheet and uniformly charged thin spherical shell with field inside and outside | |

Electric potential | |

Electric potential due to a point charge | |

A dipole and system of charges | |

Equipotential surfaces | |

Electrical potential energy of a system of two point charges and of electric dipole in an electrostatic field | |

Conductors and insulators | |

Dielectrics and electric polarization | |

Capacitor and capacitance | |

Combination of capacitors in series and in parallel | |

Capacitance of parallel plate capacitor with and without dielectric medium between the plates | |

Energy stored in a capacitor | |

Van de Graff generator | |

Current electricity | Electric current (current electricity) |

Drift velocity | |

Ohm's law | |

Electrical resistance | |

V-i characteristics of linear and non linear | |

Electrical energy and power | |

Electrical resistivity and conductivity | |

Carbon resistors | |

Colour code for carbon resistors | |

Temperature dependence of resistance | |

Internal resistance of a cell | |

Potential difference and EMF of a cell | |

Combination of cells in series and in parallel | |

Kirchhoff’s laws and their applications | |

Wheatstone bridge | |

Metre bridge | |

Potentiometer | |

Principle and its application to measure the potential difference and for comparing e.m.f. of two cells | |

Measurement of internal resistance of a cell | |

Magnetic effects of current and magnetism | Biot |

Savart law and its application to current carrying circular loop | |

Ampere’s law and its applications to infinitely long current carrying straight wire | |

Straight and toroidal solenoids | |

Force on moving charge in uniform magnetic and electric fields | |

Cyclotron | |

Force on a current carrying conductor in a uniform magnetic field | |

Force between two parallel current carrying conductors definition of ampere | |

Torque experienced by a current loop in uniform magnetic field | |

Moving coil galvanometer | |

Its current sensitivity and conversion with examples | |

Current loop as a magnetic dipole and its magnetic dipole moment | |

Magnetic field lines | |

Earth’s magnetic field and magnetic elements | |

Para dia and ferro magnetic substances with examples | |

Electromagnets and factors affecting their strength | |

Permanent magnets | |

Electromagnetic induction and alt. currents | Electromagnetic induction, self and mutual induction |

Faraday's law | |

Induced EMF and current | |

Lenz's law | |

Eddy currents | |

Self and mutual inductance | |

Alternating currents | |

Peak and RMS value of alternating current and voltage | |

Reactance and impedance | |

Lc oscillations with qualitative treatment only and lcr circuits series | |

Resonance | |

Power in AC circuits | |

Wattles Current | |

Ac generators and transformer | |

Electromagnetic waves | Electromagnetic waves and their characteristics |

Characteristics.transverse nature of electromagnetic waves | |

Electromagnetic spectrum including elementary facts about their uses | |

Optics | Ray optics and reflection of light |

Spherical mirrors | |

Mirror formula | |

Refraction of light and total internal reflection and its applications | |

Refraction at spherical Surfaces | |

Lenses | |

Thin lens formula | |

Lens-makers formula | |

Magnification | |

Power of a lens | |

Combination of thin lenses in contact | |

Microscope and astronomical telescope (reflecting and refracting) and their magnifying powers. | |

Wave optics | |

Wave front and huygens’ principle | |

Reflection and refraction of plane wave at a plane surface using wave fronts | |

Proofs of laws of reflection and refraction using huygen’s principle. interferences | |

Young's double slit experiment and expression for fringe width | |

Coherent sources and sustained interference of light | |

Diffraction due to a single slit | |

Width of central maximum | |

Resolving power of microscopes and astronomical telescopes | |

Polarisation | |

Plane polarized light | |

Brewster's law | |

Uses of plane polarized light and polaroid’s | |

Dual nature of matter and radiation | Dual nature of radiation |

Photoelectric effect | |

Hertz and Lenard's observations | |

Einstein’s photoelectric equation | |

Particle nature of light | |

Matter waves and wave nature of particle | |

De Broglie relation | |

Davission and germer experiment. | |

Atoms and nuclei | Alpha particle scattering experiment; |

Rutherford’s model of atom | |

Bohr’s model of atom energy levels | |

Hydrogen spectrum. | |

Composition and size of nucleus | |

Atomic masses | |

Isotopes | |

Isobars | |

Isotones | |

Radioactivity alpha | |

Beta and gamma particles rays and their properties | |

Radioactive decay law | |

Mass and energy relation | |

Mass defect | |

Binding energy per nucleon and its variation with mass number | |

Nuclear fission and fusion | |

Electronics devices | Quantitative ideas on energy bands in solids |

Quantitative ideas on energy bands in solids conductors insulators and semiconductors | |

Semiconductors | |

Semiconductors: Semiconductor diode | |

I-V characteristics in forward and reverse bias | |

Diode as a rectifier | |

I-V characteristics of LED | |

Photodiode | |

Solar cell and Zener diode | |

Zener diode as a voltage regulator | |

Junction transistor and its action | |

Characteristics of a transistor | |

Common emitter configuration in transistor as an amplifier and oscillator | |

Logic gates or,and, not concept of nand and nor gates | |

Transistor as a switch | |

Communication system | Basic elements of communication system with block diagram only |

Bandwidth of signals Like speech, TV and digital data | |

Bandwidth of transmission medium | |

Propagation of electromagnetic waves in the atmosphere | |

Sky and space wave propagation | |

Need for modulation | |

Production and detection of an amplitude modulated wave | |

Chemistry | |

Chemical arithmetic and atomic structure | Laws of chemical combination |

Mole concept with numericals percentage composition | |

Chemical reactions | |

Stoichiometry and calculations based on stoichiometry | |

Atomic structure | |

Bohr’s model of hydrogen atom | |

Quantum numbers | |

Pauli's exclusion principle | |

Hund’s rule and aufbau principle | |

Heisenberg's uncertainty principle | |

De broglie wave equation and its significance | |

Chemical equilibrium | Law of mass action |

Le Chatelier's principle | |

Le-chatelier’s principle and its application to physical and chemical equilibria | |

Ionisation of weak electrolytes with ostwald’s dilution law | |

Acids and bases | |

Acid base equilibria | |

Bronsted lowry and lewis concept of acids and bases | |

Ionic product of water | |

Ph and poh scales | |

Pka&pkb values | |

Solubility product | |

Buffer solutions common ion effect | |

Hydrolysis of salts | |

Chemical kinetics | Rate of chemical reaction |

Average and instantaneous rate | |

Factors effecting rate of reaction | |

Order and molecularity of reaction | |

Integrated rate equation and half life period for zero and first order reaction | |

Activation energy and arrhenius equation | |

Solutions | Vapour pressure |

Raoult's law | |

Ideal and non ideal solutions | |

Colligative properties | |

Determination of molecular mass of non volatile solutes through colligative properties | |

Abnormal molecular masses and van’t hoff factor | |

Chemical thermodynamics | Energy changes taking place during chemical reactions |

Internal energy and enthalpy changes | |

Enthalpy of combustion | |

Solution and neutralization | |

Hess’s law is numerical problems laws of thermodynamics first second and third | |

Concepts of entropy and free energy | |

Spontaneity of a chemical reaction and thermodynamic equilibrium | |

Redox reactions and electrochemistry | Dependence of electrode and cell potential on concentration with nernst equation |

Electrode potential as a criteria for product formation in electrolysis | |

E.m.f. of galvanic cell | |

Relationship between free energy change and e.m.f. of a cell | |

Definition and units of equivalent | |

Molar and specific conductivity | |

Solid state and states of matter | Boyle’s law of partial pressure |

Charle’s law of partial pressure | |

Dalton’s law of partial pressure | |

Graham’s law of diffusion of gases | |

Causes of deviation from ideal behaviour | |

Ideal gas equation and nature of ‘r’ | |

Vander waal’s equation | |

Surface tension and viscosity of liquids | |

Crystalline and amorphous solids | |

Crystal lattice | |

Crystal types | |

Packing efficiency | |

Calculation of density of unit cell | |

Number of atoms per unit cell in a cubic cell | |

Co-ordination number | |

Stoichiometric defects like schottky, frenkel and interstitial | |

Properties of solids like electrical, magnetic and dielectric. | |

Surface chemistry | Freundlich adsorption isotherm |

Preparation of colloidal solutions by physical and chemical method | |

Electrical properties inculding cataphoresis, electroosmosis, coagulation and protective colloids | |

Homogeneous and heterogeneous catalysis | |

Periodic properties | Classification of elements as s, p, d, and f block elements |

Variation of ionization energy | |

Electron affinity | |

Electronegativity | |

Atomic and ionic radii along the period and down the group in the periodic table | |

Chemical bonding and molecular structure | Types of chemical bonds |

Ionic and covalent bonds | |

Bond parameters | |

Quantum theory of covalent bond | |

Pi and sigma bonds | |

Hybridization involving s, p and d orbitals, hydrogen bonding, oxidation number | |

P and d orbitals | |

Dipole moments and hydrogen bond | |

Vsepr | |

Shapes of simple molecules | |

Molecular orbital theory | |

Energy levels and m.o diagrams | |

Bond order and its significance | |

Chemistry of representative elements | S and p block elements |

Electron configuration | |

Oxidation states and trends in various properties like ionization energy | |

Electron affinity | |

Atomic radii | |

Electronegativity and diagonal relationship | |

Alkali metals and its hydration of ions, action with ammonia, flame colouration, solubility of hydroxides, carbonates and sulphates | |

Alkaline earth metals and its solubility of carbonates, hydroxides and sulphates | |

Structure of halides, relative acid strength of trihalides of boron are boron family | |

Hydrides and oxides of carbon family | |

Oxides of nitrogen and phosphorous, reducing nature, basic strength and boiling points of their halides of nitrogen family | |

Volatility, thermal stability, acid character, reducing character and bond angles of their hydrides, oxyacids of sulphur of oxygen family | |

Bond energy, colour and oxidizing power, boiling point, acid strength and dipole moment, thermal stability, reducing power of hydracids, relative acidity and oxidizing power of oxyacids of halogens of halogen family | |

Transition elements including lanthanoides | Electron configuration of oxidation states, colour, and magnetic properties |

Oxides of vanadium | |

Chromium and manganese alloys of copper | |

Silver and iron | |

Metallurgy of iron | |

Copper and zinc | |

Coordination chemistry | Introduction of co ordination chemistry |

Ligands | |

Co-ordination number | |

IUPAC nomenclature | |

Bonding theories of werner’s | |

Vbt and cft | |

Isomerism in co ordination compounds with ionization, linkage, hydrate, geometrical and optical | |

Applications of co-ordination complexes in biology | |

Medicine and analytical chemistry | |

Nomenclature and basic concepts in organic chemistry | Nomenclature of organic compounds are monofunctional and polyfunctional groups |

Inductive | |

Eletromeric resonance and hyperconjugation effects | |

reaction intermediates | |

Carbocations | |

Carbanions and free radicals with their general stability order | |

Types of organic reactions like addition, substitution, elimination and redox reactions | |

Aromaticity on the basis of huckel rule | |

Ortho meta and para directing groups. | |

Hydrocarbons | Structural isomerism in alkanes |

Alkynes and arenes | |

Geometrical and optical isomerism in | |

Chirality in stereoisomerism | |

Origin of chirality in stereoisomerism | |

Specific rotation in stereoisomerism | |

Racemisation and resolution | |

Conformations in ethane and cyclohexane | |

Relative configuration | |

Absolute | |

Organic chemistry based on functional group I | Haloalkanes, haloarenes, alcohols and phenols are general methods of preparation and properties |

Choloroform and iodoform | |

Organic chemistry based on functional group II | Ethers, aldehydes, ketones, monocarboxylic acids are general methods of preparation and properties |

Derivatives of monocarboxylic acids like acid halides | |

Acid anhydrides acid amides and esters | |

Relative strength of carboxylic acids | |

Organic chemistry based on functional group III | Cyanides, isocyanides, nitrocompounds and amines are general methods of preparation and properties |

Relative basic character of amines | |

Molecules of life | Carbohydrates are molecules of life |

Definition of carbohydrates | |

Classification of carbohydrates | |

Mutarotation | |

Structure of animo acids | |

Peptides and proteins | |

Classification and uses of vitamins | |

Chemicals in medicine and health care | |

Dyes and drugs | |

Chemical reactions in atmosphere | |

Ozone depletion and its effects | |

Acid rain | |

Greenhouse effect and global warming | |

Polymers | Introduction of polymers |

Classification of polymers | |

Methods of polymerisation like addition, condensation, free radical, cationic and anionic | |

Natural and synthetic polymers are polythene, nylon, polyster, bakelite and rubber | |

Biodegradable and non biodegradable polymers | |

Mathematics | |

Sets, relations and functions | Sets and their representation |

Finite and infinite sets | |

Empty set subsets | |

Subset of real numbers especially intervals | |

Power set | |

Universal set | |

Venn diagram | |

Union and intersectionof sets | |

Difference of sets | |

Compliment of a set.ordered pairs | |

Cartesian product of sets | |

Number of elements in the cartesian product of two finite sets | |

Relations | |

Domain | |

Co domain and range of relation | |

Types of relations | |

Reflexive | |

Symmetric | |

Transitive and equivalence relations | |

Functionsas special kind of relations from one set to another | |

Co domain and range of a function | |

One to one onto functions | |

Real valued functions of the real variable | |

Constant, identity, polynomial, rational, modulus, signum and the greatest integer functions with their graphs | |

Sum of difference product and quotients of functions | |

Composition of functions | |

Inverse of a function | |

Binary operations | |

Complex number, linear inequalities, linear programming | Conjugate of a complex number |

Modulus and amplitude with argument of a complex number | |

Argand’s plane and polar representation of complex numbers | |

Algebraic properties of complex numbers | |

Fundamental theorem of algebra | |

Solution of quadratic equation in the complex number system | |

Square root of a complex number | |

Algebraic solution of linear inequalities in one variable and two variables | |

Introduction of linear programming | |

Definition of related terminology such as constraints | |

Objective function | |

Optimization | |

Different type of linear programming problem | |

Mathematical formulation of l.p problem | |

Graphical method of solution for problems in two variables | |

Feasible and infeasible regions | |

Feasible and infeasible solutions | |

Optimal feasible solutions | |

Sequence and series, permutation and combination and binomial theorem | Sequence and series |

Arithmetic progression | |

Arithmetic mean | |

Nth term of sum to n terms of an a.p | |

Geometric progression | |

Geometric mean | |

Nth term of sum to n terms and sum to infinity of a g.p | |

Relation between a.m and g.m | |

Sum to n terms | |

Permutation and combination | |

Fundamental principle of counting | |

Factorial n | |

Permutations p n,r and combinations c n,r and simple applications | |

Binomial theorem for positive integral power | |

General and middle terms in the binomial expansion | |

Pascal’s triangle and simple applications | |

Trigonometric and inverse trigonometry functions | Positive and negative angles |

Measuring angles in radians and in degrees | |

Conversion from one measure to another | |

Definition of trigonometric functions with the help of unit circle | |

Periodicity of trigonometric functions | |

Basic trigonometric identities | |

Trigonometric functions and their graphs | |

Sum and product formulae | |

General and principal solutions of trigonometric equations | |

Inverse trigonometric functions, range, domain, principal value branches | |

Graphs of inverse trigonometric functions | |

Elementary properties of inverse trigonometric functions | |

Matrices and determinants | Matricess and concepts |

Notation order equality of matricess | |

Types of matrice | |

Zero matrix | |

Transpose of matrix | |

Symmetric and skew symmetric matrices | |

Addition | |

Multiplication | |

Scaler multiplication of matrices | |

Simple properties of addition | |

Multiplication and scaler multiplication of matrices | |

Non commutativity of multiplication of matrices and existence of non zero matrices whose product is the zero matrix order 2x2 | |

Concept of elementary row and column operation | |

Invertible matrices and uniqueness of inverse | |

Invertible matrices and uniqueness of inverse matrices with real entries | |

Determinants of square matrix upto 3x3 matrices properties of determinants with minors | |

Cofactors and applications of determinants in finding area of a triangle | |

Adjoint and inverse of a square matrix | |

Consistency inconsistency and number of solutions of system of linear equations by examples | |

Solving system of linear equations in two or three variables using inverse of a matrix | |

Limit continuity and differentiation | Concept of limit of a function |

Theorems on limits | |

Evaluation of limits using standard results | |

Continuity of a function at a point | |

Continuity of sum | |

Derivative of product and quotient of functions | |

Definition of a derivative of a function | |

Geometrical interpretation of the derivative. | |

Derivative of sum, difference, product and quotient of two or more functions | |

Derivative of algebraic and composite functions | |

Derivative of trigonometric and inverse trigonometric functions | |

Chain rule, derivative of implicit functions | |

Derivative of logarithmic and exponential functions | |

Logarithmic differentiation | |

Derivative of functions expressed in parametric forms | |

Second order derivatives | |

Rolle’s and lagrange’s mean value theorem and their geometrical interpretation and their simple applications | |

Application of derivative | |

Rate of change | |

Increasing and decreasing functions | |

Tangents and normals | |

Approximation | |

Maxima and minima example of first derivative and second derivative test | |

simple problems | |

Integration and differential equations | Integration as inverse process of differentiation |

Integration of variety of functions by substitution, by parts, by partial fractions. | |

Simple integrals of the type | |

Definite integrals as a limit of a sum | |

Fundamental theorem of calculus | |

Basic properties of definite integrals evaluation of definite integrals | |

Application of integrals | |

Application in finding the area under simple curves | |

Especially lines | |

Areas of circles | |

Parabolas and ellipses in standard form area under the curve y= sinx, y=cosx, area between the above two curves. | |

Definition of differential equations | |

Order and degree of a differential equation | |

General and particular solutions of a differential equation | |

Formation of a differential equation whose general solution is variables | |

Solution of differentiation equation by method of separation of variables | |

Solution of homogeneous differential equation of first order and first degree | |

Solution of linear differential equation of the type | |

Straight lines and conic sections | Distance between two points section and slope of a line |

Angle between two lines | |

Various forms of equations of lines | |

Point slope form | |

Intercept form | |

Two point form and normal form | |

General equation of a line | |

Distance of a point from a line | |

Sections of a cone, circles, parabola, ellipse, hyperbola, a point, a straight line and a pair of intersecting lines as a degenerated case of conic section | |

Standard equation of a circle | |

Parabola, ellipse,and hyperbola and their simple properties | |

Statistics and probability | Statistics measure of dispersion, mean, deviation, variance and standard deviation of ungrouped or grouped data |

Analysis of frequency distribution with equal means but different variances | |

Probability random experiment outcome sample spaces | |

Mutually exclusive and exhaustive events | |

Axiomatic set theoretic probability | |

Probability of an event | |

Probability of “not” and “or” events | |

Multiplication theorem on probability | |

Conditional probability | |

Independent events | |

Total probability | |

Baye’s theorem | |

Random variable and its probability | |

Distribution | |

Mean and variance of a random variable | |

Repeated independent bernouli trials and binomial distribution | |

Vectors and three dimensional geometry | Vectors and scalars |

Magnitude and direction of a vector direction cosines and ratios of a vector | |

Types of vector, equal, zero, unit, parallel and collinear vectors | |

position vector of a point | |

Negative of a vector | |

Components of a vector | |

Addition of vectors | |

Scalar multiplication | |

Position vector of a point dividing a line segment in a given ratio | |

Scalar dot product of vectors | |

Projection of a vector on a line | |

Vector cross product of vectors | |

Scalar triple product | |

Coordinate axes and coordinate planes in three dimensions of a point | |

Distance between two points and sectional formula | |

Straight lines and space | |

Direction cosines and direction ratios of a line joining two points | |

Cartesian and vector equation of a line in various forms | |

Coplanar and skew lines | |

Shortest distance between two lines | |

Cartesian and vector equation of a plane in various forms | |

Distance of a point from a plane | |

Angle between two lines two planes a line and a plane |

## JKCET 2020 Exam Pattern

While preparing for the examination, the candidates will be advised to check the exam pattern of JKCET 2020 to be familiar with the question paper. Through JKCET 2020 exam pattern, candidates will be able to know details about the types of questions asked, mode of questions, marking scheme are more.

**Mode of Exam**– Offline**Duration of Exam**– 3 Hours**Type of Questions**– Multiple Choice Questions**Sections**– Physics, Chemistry and Mathematics**Total Number of Questions**– 180**Marking Scheme**– 1 mark will be allotted for each correct answer. 0.25 mark will be deducted for every incorrect answer.

JKCET 2020 admit card will be released for registered candidates in online mode. After downloading the admit card, the candidates will have to affix their photograph at the provided space. Details such as the venue and timings of the examination will be present in the admit card of JKCET 2020. It is to be noted that the admit card will have to be produced at the exam centre along with a photo identity proof.

**Steps to access JKCET 2020 Admit Card**

- Candidates will have to submit their JKCET application number and date of birth.
- After clicking on the submit button, the admit card will be displayed on the screen.
- After checking for discrepancies, the candidates will have to download and print out the admit card.

## JKCET 2020 Exam Centers

State | City |
---|---|

Jammu and Kashmir | Srinagar |

Jammu |

## Documents Required at Exam

- JKCET 2020 admit card
- Photo identity proof

The correct answers to the questions asked in the entrance examination will be mentioned in the answer key of JKCET 2020. Candidates will be able to use it to estimate their probable scores before the official result is announced. For calculation of scores, candidates will have to compare their responses to the correct ones and use the official marking scheme. Candidates will also be able to challenge the JKCET 2020 answer key within a given time frame. The authorities will release the final answer key after the raised objections are checked by the official authorities.

#### 3 Colleges Accepting Admission

through
JKCET

Click here
Candidates will be able to access the result of JKCET 2020 in PDF format. The result cum merit list of JKCET 2020 will consist of the name of the candidates along with their corresponding category, roll number, marks and obtained rank. The authorities will prepare the merit list cum result according to the performance of the candidates in the examination. Based on the released result, admissions into the participating institutes will be conducted.

Mode of Counselling: Online

Candidates who have qualified in JKCET must apply separately for counselling process. The application form for JKCET 2020 counselling will be available online and candidates will have to register using their JKCET application number, marks scored in the entrance exam, roll number and ranks. After registration, the candidates will have to fill their choices of colleges and courses. Mock allotment will be done to let the candidates be familiar with the process. Locking of choices will have to be done by the candidates. Counselling fee of Rs, 1200 has to be paid by the candidates. Allotment of seats will be done as per the candidate’s merit, preference and availability of seats. Allotted candidates will have to report to their respective institute to complete the admission formalities which includes document verification. In case vacant seats are left after the online counselling, the authorities will conduct another round.

## JKCET 2020 Counselling Centers

State | City |
---|---|

Jammu and Kashmir | Srinagar |

Jammu |

## Documents Required at Counselling

- Certificate of date of birth
- Class 12 marks certificate
- State subject certificate
- Character certificate
- Category certificate if applicable
- JKCET 2020 admit card
- Identity proof
- JKCET 2020 result

## General Information

Validity of Exam Result: | For 1 Year |

Mode of Exam: | Offline |

Contacts: | 9906509387 |

+4 More | |

Relevant Links: | Official Website Link Click Here |

+1 More |

### Applications Open Now

## Questions related to JKCET

## Is there any chance of fourth counselling in CET 2019......

Hii Manzoor,

CET has already conducted there fourth counselling.And the results had been declared on 27 july 2019. I think you are late.All the best for future

Thank you

## After getting admission as per 2nd round allotted college/branch, is there any possibility for changing the college/branch in mop up round.

Hi aspirant

As you have taken admission in secound round of counselling you can apply for mop up round for which you have to cut your name from the respective college and take CLC and other certificates from the college .The documents withdrawn from the previous college has to be present at new alloted college at time of admission.

thankyou

## from which date mop up round i.e, 3rd round of counselling going to start

hi! could you please rephrase your queation so that i can give you some more suitable information.

thankyou

## When is the last date for the admission for the candidates who were alloted colleges in 2nd round of councelling (jkcet)...Any update plz

Hi Danish, thanks for your query.

The round 2 of counselling for JKCET 2019 is taking place from July 8 2019 to July 12 2019. You can take admission during this time. After this mop up round has to be started. You can refer to the following link for more information on the schedule of JKCET counselling:

https://engineering.careers360.com/articles/jkcet-counselling

## For 2nd round counselling of cet online preference form is be filled further or not

The preference list set in the first round can be edited in the second round, but only if you want to, so you can keep it same, and fill further or do nothing at all. So it's only if you want to, you can fill the list further. Yes you can change the list even entirely if you want. All the best!

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