UPES Dehradun BA Admissions 2026
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JMI Entrance Exam 2026: Exam Date, Application Form, Syllabus, Pattern, & Preparation
About JMI Entrance Exam 2026
JMI Entrance Exam 2026: Jamia Millia Islamia will release the JMI application form 2026 in March on its official website. Candidates can fill out the JMI registration 2026 registration from by visiting the official website - jmi.ac.in. Candidates are advised to check the JMI eligibility criteria 2026 before starting the registration registration process. JMI University conducts the entrance exam of JMI 2026 for admissions to a number of UG and PG programmes. The CUET exam 2026 is primarily used to conduct admission to JMI for admission to various disciplines including Arts, Science and Commerce.
The university will conduct the entrance test for Jamia Millia Islamia admission 2026 in seven cities of India. The JMI entrance exam result 2026 will be announced on the official website of the university. Jamia Millia Islamia will also release a JMI final selection list 2026 after the declaration of result. The final JMI selection list 2026 will be prepared on the basis of candidate's performance in the entrance test and interview or group discussion. JMI admission 2026 will be done on the basis of merit in the entrance test, subject to the fulfilment of eligibility requirements and the number of seats available in the course applied and appeared for. Aspirants should go through the following article to know more about JMI application process, admit card, exam pattern and more.
Contact Details -
Jamia Millia Islamia
Jamia Nagar
New Delhi - 110025
India
Phone - +91(11)26981717,26984617, 26984658,
26988044,26987183
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JMI Entrance Exam 2026 Highlights
| Full Exam Name | Jamia Millia Islamia Entrance Examination |
| Short Exam Name | JMI Entrance Exam |
| Conducting Body | Jamia Millia Islamia |
| Frequency Of Conduct | Once a year |
| Exam Level | University Level Exam |
| Languages | English |
| Mode Of Application | online |
| Application Fee | Online : 700 |
| Mode Of Exam | offline |
| Mode Of Counselling | offline |
| Participating Colleges | 1 |
| Exam Duration | 1 Hour 45 Minutes |
B.A. L.L.B
JMI BA LLB Eligibility Criteria is prescribed by Jamia Millia Islamia mentioning the guidelines candidates have to fulfill to be considered for admission. Candidates get all the information regarding the minimum academic qualification and age bar required to appear in JMI BA LLB 2025. As per the eligibility criteria of JMI BA LLB 2025, a candidate needs to pass 10+2 qualifying exam or equivalent in any discipline (Commerce/Science/Arts/Humanities) under state/national board of education. Also, candidates need to have a minimum of 50% marks in aggregate of core subjects and English Language subject. It should be noted that there is no age bar to appear in JMI BA LLB 2025.
B.B.A
Candidates appearing in JMI Entrance Examination to seek admission into BBA programme need to follow the JMI BBA eligibility criteria which mentions that a candidate should possess a senior secondary certificate or equivalent examination with not less than 50% marks in aggregate.
B.A.(Hons) English
Candidates must have completed class 10+2 with English as a subject or equivalent examination to be considered eligible for appearing in the JMI entrance examination of BA Hons. The percentage secured by candidates in the Class 10+2 must be not less than 50% marks in aggregate as per the JMI BA Hons 2026 eligibility criteria set by the university.
B.A.(Hons) Economics
As per the JMI eligibility criteria 2026 for BA Hons. Economics candidates must have passed class 10+2 or equivalent examination with not less than 50% marks in aggregate. It must be noted that there is no age bar for candidates appearing in the JMI BA Hons. Economics Entrance Exam.
B.A.
As per the JMI 2026 eligibility criteria for BA, candidates must have scored 50% aggregate or more in the class 10+2 examination with 5 subjects. The university has informed that those candidates who fail to meet the eligibility criteria of JMI 2026 will not be allowed to appear in the JMI entrance exam and will be declared not eligible for the courses/programmes they applied for. The JMI eligibility criteria 2026 mentions various key factors such as age limit, academic qualification and nationality which the candidates must meet to be eligible to appear in the JMI 2026 entrance exam.
B.Com(Hons)
Candidates appearing in JMI B.Com Hons. Entrance exam needs to take a glance at the eligibility criteria which mentions the minimum academic qualifications and age bar to appear in the entrance examination. As per the JMI B.Com Hons. eligibility criteria 2026, a candidate needs to pass his 10+2 examination with 50% marks in aggregate of the 5 subjects.
B.Sc.
To be eligible for the JMI B.Sc entrance exam, candidates must have to complete their class 10+2 with a minimum aggregate of 50% marks in subjects i.e Physics , Chemistry and Mathematics . Candidates are advised to check and understand the JMI B.Sc eligibility criteria 2026 before they start the application process.
B.Sc. Biotechnology
Candidates should read the JMI entrance exam B.Sc Biotechnology eligibility criteria 2026 before applying for admission. According to the JMI B.Sc Biotechnology eligibility criteria 2026, candidates must have a Senior Secondary School Certificate or an equivalent examination with not less than 50% marks in each science subject namely - Physics , Chemistry , Biology / Mathematics.
B.Sc.(Hons) Physics
Candidates who wish to appear in the JMI entrance exam for B.Sc Hons. Physics must match the eligibility criteria set by the Jamia Millia Islamia. According to the JMI entrance exam B.Sc Hons. Physics eligibility criteria, a candidate must have a Senior Secondary School Certificate or an equivalent examination with at least a minimum aggregate of 50% marks in the subjects namely - Physics, Chemistry and Mathematics and also in other subjects concerned.
B.Sc.(Hons) Chemistry
According to the eligibility criteria of JMI B.Sc Hons. Chemistry 2026, candidates must possess a Senior Secondary School Certificate or an equivalent examination with not less than 50% marks in the subjects namely - Physics , Chemistry and Mathematics and also in other subjects concerned. They should also read and understand the JMI B.Sc Hons. Chemistry eligibility criteria before starting the application process.
B.Sc.(Hons) Mathematics
Candidates who apply for admission to JMI B.Sc Hons. Mathematics are advised to go through the eligibility criteria set by the Jamia Millia Islamia. The JMI B.Sc Hons. Mathematics eligibility criteria 2026 is the minimum academic qualifications and age bar that a candidate must meet to appear in the entrance test. The eligibility criteria of JMI B.Sc Hons. Mathematics mentions that candidates must have a Senior Secondary School Certificate or an equivalent examination with not less than 50% marks in the subjects namely - Physics, Chemistry and Mathematics and also in other subjects concerned.
Jamia Millia Islamia will start the JMI 2026 application process in February at jmi.ac.in. Aspirants who are interested to get JMI admission have to fill the application form before the deadline. Candidates must provide their email ID, mobile number and all the important information while filling the JMI 2026 application form.
B.A. L.L.B
Jamia Millia Islamia started the JMI BA LLB 2025 application process on its official website. Before filling up the application form of JMI BA LLB 2025, candidates should register themselves through a validation link provided. Candidates need to provide all the relevant details like personal details, address details, academic details. After filling the JMI BA LLB 2025 application form successfully, candidates had to remit the prescribed application fee.
B.A.
The JMI entrance exam application process will be started in March on its official website. Before candidates start to fill the JMI 2026 application form, they need to first register themselves using an active email address and mobile number wherein they would receive a validation link to login. After candidates login through the validation link, they have to enter their academic, personal and contact details in the application form of JMI entrance exam 2026. Once candidates have filled the application form, they have to upload all the prerequisite documents and also remit the prescribed JMI application fee. Candidates are advised to keep a copy save with themselves for future references.
Documents Required at Exam JMI Entrance Exam 2026
Jamia Millia Islamia Entrance Examination 2026
B.A. L.L.B
Jamia Millia Islamia announces the exam pattern of JMI BA LLB 2025 along with the application form.
As per the JMI BA LLB Exam Pattern 2025, the exam was conducted in an offline mode for 2 hours in English language.
Candidates will be tested on the subjects namely - Legal Language English including Comprehension, Current affairs, Legal Aptitude/Legal Reasoning, General Studies and Elementary Mathematics (Numerical Ability). There will be one mark each for correct answers and negative marking for each wrong answers. Candidates will be given 150 questions of 1 mark each of objective nature.
B.A.
As per the JMI entrance exam 2026 exam pattern, the entrance test is held in offline (Pen-paper) mode in seven different cities within India. The question paper of JMI entrance exam 2026 consists of Multiple Choice Questions (MCQs). The JMI 2026 exam pattern helps candidates to get familiar with the structure and format of questions that are asked in the entrance test. It also helps the students to get an idea of the subjects they should study to prepare for the exam.
Recommended Exams
Other University Exams
JMI Entrance Exam 2026 Syllabus
JMI Entrance Exam B.A. L.L.B Syllabus
JMI Entrance Exam B.B.A Syllabus
JMI Entrance Exam B.A.(Hons) English Syllabus
JMI Entrance Exam B.A.(Hons) Economics Syllabus
JMI Entrance Exam B.A. Syllabus
JMI Entrance Exam B.Com(Hons) Syllabus
JMI Entrance Exam B.Sc. Syllabus
General chemistry/physical chemistry
Inorganic chemistry
Organic chemistry
Set theory and higher algebra
Vector algebra
Plane and solid geometry
Trigonometry
Determinants and matrices
Integral calculus
Differential equations
Mathematical statistics
Reasoning
General English
General awareness
Chemistry: Unit 01
General chemistry/physical chemistry
- Atomic mass, extraction of metals, gas laws, ideal gas equation, kinetic molecular theory of gases, constituents of the atom, nuclear model of atom, Bohr's atomic model (mathematical details excluded), quantum mechanical model of atom
- Aufbau principle, Hund's Rule
- Paul's exclusion principle, de Broglie equation, uncertainty principle, shapes of orbitals, modern periodic table, periodic trends in properties, ionization energy, electron affinity, atomic radii, and electronegativity, chemical bonds
- Quantum theory of covalent bonds, hydrogen bond, hybridization involving s.p. and d orbital, shapes of molecules, VSEPR concept, molecular orbital theory, solid state, X-ray studies of crystals, packing in crystals, crystal lattices
- Internal energy
- Enthalpy
- Hess's law
- Entropy, free energy, heat of reactions, concept of chemical equilibrium, law of equilibrium, Le Chatelier's principle, and its applications, ionisation of electrolytes, acid base equilibrium, solubility product, ionization of water, pH, redox reactions
- Galvanic cell and its EMF
- Electrode potential, effects of temperature, and concentration
- Electrolysis, oxidation number, solutions, lowering of vapour pressure, Raoult’s law
- Chemical kinetics, rates of reaction, its dependence on concentration, order of a reaction, factors affecting rate of a reaction, rate constant, half life period of first order reaction, absorption
- Colloidal state, preparation and properties of colloidal solutions, gold no, radioactivity
- Half life, carbon dating, chemical thermodynamics
Chemistry: Unit 02
Inorganic chemistry
- Preparation and properties of the following: Hydrogen, oxygen, halogens, noble gases, water, hydrogen peroxide, nitrogen, boron, silicon, phosphorous, sulphur, sodium, potassium, magnesium
- Preparation and properties of the following: Calcium
- Preparation and properties of the following: Aluminum, iron, copper, silver
- Preparation and properties of the following: Gold
- Preparation and properties of the following: Zinc, elements, cement, glass
- Preparation and properties of the following: Plastics, soaps, detergents, coordination compound
Chemistry: Unit 03
Organic chemistry
- Organic radicals, ions, inductive, electromeric and resonance effects, isomerism, homologous series
- General preparation and functional group properties of the following with emphasis on points noted against each of them-(a) Alkanes (free radical substitution) alkenes (electrophilic addition, Markownikoffs addition, peroxide effect) and alkynes
- (b) Alcohol, distinctions, holoform reaction (c) alkyl halides (nucleophlic substitution), (d) carbonyl compounds (nucleophilic, addition, polymerization, and condensation), (e) ethers and carboxylic acids
- (f) Amines (classification, distinction, basic nature), (g) benzene (resonance), toluene
- Phenol, glycerol
- Oils and fats, proteins, nucleic acids
- Carbohydrates and lipids
Mathematics: Unit 01
Set theory and higher algebra
- Algebra of sets, relation, one
- Many one
- Onto and into mappings, inverse mapping, composite mapping
- Bounded and unbounded sets neighbourhood of a point, domain, codomain, range
- Square roots of polynomial quadratic surds
- Unity, A.P., H.P., G.P. and other related miscellaneous series, A.G.P., method of differences, sum of the squares and cubes of first n natural numbers, simple geometrical problems of permutations, and combinations
- General terms in the expansions of logarithmic, exponential series, binomial, and multinomial theorems, remainder theorem, factor theorem, rationalising factor of binomial surd of different orders
- Conversion of a fraction and a quadratic surds into a continued fraction, inequalities
- Periodic function
- Hyperbolic function, inverse hyperbolic functions, greatest integer functions, absolute function, signum function
- Even and odd functions, transcendental functions, rational, and irrational algebraic functions etc.
Mathematics: Unit 02
Vector algebra
- Linear combination of vectors, linear dependence and independence of vectors, geometrical applications of dot (scalar) and cross (vector) product of two, three, and four vectors
Mathematics: Unit 03
Plane and solid geometry
- Classification of curves represented by general polynomial equations (homogeneous and non-homogeneous) of second degree in x and y, homogeneous equations of nth degree, detailed study of families of straight lines, and circles
- Parabola, ellipse, and hyperbola
- Condition of tangency of a line to a curve of any positive integral degree in x and, simple problems on plane, straight line in space, and sphere
Mathematics: Unit 04
Trigonometry
- Trigonometrical conditional identities and equations, relations between sides, angles, and radii of incircle, circum circle, and excribed circle associated with triangle, inverse circular functions, polar form of complex number
- Euler's formula, values of (a+ib)p/q, applications of De-Moivre's theorem
Mathematics: Unit 05
Determinants and matrices
- Multiplications of determinants and matrices, adjoint, and inverse of matrices, rank of matrix, Cramer's rule, applications of determinants, and matrices
- Geometrical transformations (i.e. reflection, rotation, translation, enlargement), their composition, and representation by matrices
- Limit, continuity, monotonicity
- Differentiability, differentiation of composite function, implicit relation, parametric forms, logarithmic differentiation, differentiation by transformations, increasing, and decreasing functions, tangent, normal
- Maxima and minima of a function of one variable, velocity, acceleration, Rolle's theorem, Lagrange's mean value theorem, standard results on successive (ordinary and partial) differentiation
- L' Hopital's rule, seven indeterminate forms, Euler's theorem on homogenous function for partial differentiation, simple problems on Leibnitz's theorem
- Equations of tangent plane and normal line at any point of 3D figures
Mathematics: Unit 06
Integral calculus
- Integration by well known standard results, by substitutions, by parts, by partial fractions, some well known definite integrals, propelties of definite integrals, reduction formulae
- Applications of definite integral in finding the area of bounded region in x-y plane, volume, and lateral (curved) surface area of some well known 3-D solids obtained by revolution, mean value
- Mean square value
- Root mean square value of a function for a given interval, calculation of a interval in which the value of a given definite integral exists
Mathematics: Unit 07
Differential equations
- Formation of ordinary and partial differential equations
- General and particular solution of O.D.E. of I order and I degree (i.e. variable separable for, homogeneous form, linear form, exact form, and their reducible form obtained by some transformations, and integrating factors)
- O.D.E. of I order but not of I degree
- General solution of dny/dxn=G(x), d 2 y/dx 2 = H(y)
Mathematics: Unit 08
Mathematical statistics
- Karl Pearson's simple correlation coefficient for a tabulated function between two variable, coefficients of covariance, and variation
- Lines of Regression
- Regression coefficients properties of binomial
- Normal and Poission distributions
- Measures of skewness and kurtosis
- Dynamics and statics: Standard formulas and elementary problems
General awareness/reasoning/general English: Unit 01
Reasoning
- Logical, symbolic, verbal, and mathematical reasoning, finding odd-one out, matching, differences, similarities, prediction, finding missing values in number series, alphabet series, test of direction sense, coding-decoding, number ranking
- Arithmetical reasoning, blood relations, analogy, decision making, nonverbal series, mirror images, grouping identical figures, and common reasoning fallacies
General awareness/reasoning/general English: Unit 02
General English
- Vocabulary, punctuation, syntax, verb, forms, spelling, synonyms, antonyms, homonyms, tense, use of preposition, conjunctions, active and passive voice, simple, complex, and compound sentences, degree of comparison, and direct, and indirect speech
General awareness/reasoning/general English: Unit 03
General awareness
- Current affairs, historical persons, events, places etc.
JMI Entrance Exam B.Sc. Biotechnology Syllabus
JMI Entrance Exam B.Sc.(Hons) Physics Syllabus
General chemistry/physical chemistry
Inorganic chemistry
Organic chemistry
Set theory and higher algebra
Vector algebra
Plane and solid geometry
Trigonometry
Determinants and matrices
Integral calculus
Differential equations
Mathematical statistics
Reasoning
General English
General awareness
Chemistry: Unit 01
General chemistry/physical chemistry
- Atomic mass, extraction of metals, gas laws, ideal gas equation, kinetic molecular theory of gases, constituents of the atom, nuclear model of atom, Bohr's atomic model (mathematical details excluded), quantum mechanical model of atom
- Aufbau principle, Hund's Rule
- Paul's exclusion principle, de Broglie equation, uncertainty principle, shapes of orbitals, modern periodic table, periodic trends in properties, ionization energy, electron affinity, atomic radii, and electronegativity, chemical bonds
- Quantum theory of covalent bonds, hydrogen bond, hybridization involving s.p. and d orbital, shapes of molecules, VSEPR concept, molecular orbital theory, solid state, X-ray studies of crystals, packing in crystals, crystal lattices
- Internal energy
- Enthalpy
- Hess's law
- Entropy, free energy, heat of reactions, concept of chemical equilibrium, law of equilibrium, Le Chatelier's principle, and its applications, ionisation of electrolytes, acid base equilibrium, solubility product, ionization of water, pH, redox reactions
- Galvanic cell and its EMF
- Electrode potential, effects of temperature, and concentration
- Electrolysis, oxidation number, solutions, lowering of vapour pressure, Raoult’s law
- Chemical kinetics, rates of reaction, its dependence on concentration, order of a reaction, factors affecting rate of a reaction, rate constant, half life period of first order reaction, absorption
- Colloidal state, preparation and properties of colloidal solutions, gold no, radioactivity
- Half life, carbon dating, chemical thermodynamics
Chemistry: Unit 02
Inorganic chemistry
- Preparation and properties of the following: Hydrogen, oxygen, halogens, noble gases, water, hydrogen peroxide, nitrogen, boron, silicon, phosphorous, sulphur, sodium, potassium, magnesium
- Preparation and properties of the following: Calcium
- Preparation and properties of the following: Aluminum, iron, copper, silver
- Preparation and properties of the following: Gold
- Preparation and properties of the following: Zinc, elements, cement, glass
- Preparation and properties of the following: Plastics, soaps, detergents, coordination compound
Chemistry: Unit 03
Organic chemistry
- Organic radicals, ions, inductive, electromeric and resonance effects, isomerism, homologous series
- General preparation and functional group properties of the following with emphasis on points noted against each of them-(a) Alkanes (free radical substitution) alkenes (electrophilic addition, Markownikoffs addition, peroxide effect) and alkynes
- (b) Alcohol, distinctions, holoform reaction (c) alkyl halides (nucleophlic substitution), (d) carbonyl compounds (nucleophilic, addition, polymerization, and condensation), (e) ethers and carboxylic acids
- (f) Amines (classification, distinction, basic nature), (g) benzene (resonance), toluene
- Phenol, glycerol
- Oils and fats, proteins, nucleic acids
- Carbohydrates and lipids
Mathematics: Unit 01
Set theory and higher algebra
- Algebra of sets, relation, one
- Many one
- Onto and into mappings, inverse mapping, composite mapping
- Bounded and unbounded sets neighbourhood of a point, domain, codomain, range
- Square roots of polynomial quadratic surds
- Unity, A.P., H.P., G.P. and other related miscellaneous series, A.G.P., method of differences, sum of the squares and cubes of first n natural numbers, simple geometrical problems of permutations, and combinations
- General terms in the expansions of logarithmic, exponential series, binomial, and multinomial theorems, remainder theorem, factor theorem, rationalising factor of binomial surd of different orders
- Conversion of a fraction and a quadratic surds into a continued fraction, inequalities
- Periodic function
- Hyperbolic function, inverse hyperbolic functions, greatest integer functions, absolute function, signum function
- Even and odd functions, transcendental functions, rational, and irrational algebraic functions etc.
Mathematics: Unit 02
Vector algebra
- Linear combination of vectors, linear dependence and independence of vectors, geometrical applications of dot (scalar) and cross (vector) product of two, three, and four vectors
Mathematics: Unit 03
Plane and solid geometry
- Classification of curves represented by general polynomial equations (homogeneous and non-homogeneous) of second degree in x and y, homogeneous equations of nth degree, detailed study of families of straight lines, and circles
- Parabola, ellipse, and hyperbola
- Condition of tangency of a line to a curve of any positive integral degree in x and, simple problems on plane, straight line in space, and sphere
Mathematics: Unit 04
Trigonometry
- Trigonometrical conditional identities and equations, relations between sides, angles, and radii of incircle, circum circle, and excribed circle associated with triangle, inverse circular functions, polar form of complex number
- Euler's formula, values of (a+ib)p/q, applications of De-Moivre's theorem
Mathematics: Unit 05
Determinants and matrices
- Multiplications of determinants and matrices, adjoint, and inverse of matrices, rank of matrix, Cramer's rule, applications of determinants, and matrices
- Geometrical transformations (i.e. reflection, rotation, translation, enlargement), their composition, and representation by matrices
- Limit, continuity, monotonicity
- Differentiability, differentiation of composite function, implicit relation, parametric forms, logarithmic differentiation, differentiation by transformations, increasing, and decreasing functions, tangent, normal
- Maxima and minima of a function of one variable, velocity, acceleration, Rolle's theorem, Lagrange's mean value theorem, standard results on successive (ordinary and partial) differentiation
- L' Hopital's rule, seven indeterminate forms, Euler's theorem on homogenous function for partial differentiation, simple problems on Leibnitz's theorem
- Equations of tangent plane and normal line at any point of 3D figures
Mathematics: Unit 06
Integral calculus
- Integration by well known standard results, by substitutions, by parts, by partial fractions, some well known definite integrals, propelties of definite integrals, reduction formulae
- Applications of definite integral in finding the area of bounded region in x-y plane, volume, and lateral (curved) surface area of some well known 3-D solids obtained by revolution, mean value
- Mean square value
- Root mean square value of a function for a given interval, calculation of a interval in which the value of a given definite integral exists
Mathematics: Unit 07
Differential equations
- Formation of ordinary and partial differential equations
- General and particular solution of O.D.E. of I order and I degree (i.e. variable separable for, homogeneous form, linear form, exact form, and their reducible form obtained by some transformations, and integrating factors)
- O.D.E. of I order but not of I degree
- General solution of dny/dxn=G(x), d 2 y/dx 2 = H(y)
Mathematics: Unit 08
Mathematical statistics
- Karl Pearson's simple correlation coefficient for a tabulated function between two variable, coefficients of covariance, and variation
- Lines of Regression
- Regression coefficients properties of binomial
- Normal and Poission distributions
- Measures of skewness and kurtosis
- Dynamics and statics: Standard formulas and elementary problems
General awareness/reasoning/general English: Unit 01
Reasoning
- Logical, symbolic, verbal, and mathematical reasoning, finding odd-one out, matching, differences, similarities, prediction, finding missing values in number series, alphabet series, test of direction sense, coding-decoding, number ranking
- Arithmetical reasoning, blood relations, analogy, decision making, nonverbal series, mirror images, grouping identical figures, and common reasoning fallacies
General awareness/reasoning/general English: Unit 02
General English
- Vocabulary, punctuation, syntax, verb, forms, spelling, synonyms, antonyms, homonyms, tense, use of preposition, conjunctions, active and passive voice, simple, complex, and compound sentences, degree of comparison, and direct, and indirect speech
General awareness/reasoning/general English: Unit 03
General awareness
- Current affairs, historical persons, events, places etc.
JMI Entrance Exam B.Sc.(Hons) Chemistry Syllabus
General chemistry/physical chemistry
Inorganic chemistry
Organic chemistry
Set theory and higher algebra
Vector algebra
Plane and solid geometry
Trigonometry
Determinants and matrices
Integral calculus
Differential equations
Mathematical statistics
Reasoning
General English
General awareness
Chemistry: Unit 01
General chemistry/physical chemistry
- Atomic mass, extraction of metals, gas laws, ideal gas equation, kinetic molecular theory of gases, constituents of the atom, nuclear model of atom, Bohr's atomic model (mathematical details excluded), quantum mechanical model of atom
- Aufbau principle, Hund's Rule
- Paul's exclusion principle, de Broglie equation, uncertainty principle, shapes of orbitals, modern periodic table, periodic trends in properties, ionization energy, electron affinity, atomic radii, and electronegativity, chemical bonds
- Quantum theory of covalent bonds, hydrogen bond, hybridization involving s.p. and d orbital, shapes of molecules, VSEPR concept, molecular orbital theory, solid state, X-ray studies of crystals, packing in crystals, crystal lattices
- Internal energy
- Enthalpy
- Hess's law
- Entropy, free energy, heat of reactions, concept of chemical equilibrium, law of equilibrium, Le Chatelier's principle, and its applications, ionisation of electrolytes, acid base equilibrium, solubility product, ionization of water, pH, redox reactions
- Galvanic cell and its EMF
- Electrode potential, effects of temperature, and concentration
- Electrolysis, oxidation number, solutions, lowering of vapour pressure, Raoult’s law
- Chemical kinetics, rates of reaction, its dependence on concentration, order of a reaction, factors affecting rate of a reaction, rate constant, half life period of first order reaction, absorption
- Colloidal state, preparation and properties of colloidal solutions, gold no, radioactivity
- Half life, carbon dating, chemical thermodynamics
Chemistry: Unit 02
Inorganic chemistry
- Preparation and properties of the following: Hydrogen, oxygen, halogens, noble gases, water, hydrogen peroxide, nitrogen, boron, silicon, phosphorous, sulphur, sodium, potassium, magnesium
- Preparation and properties of the following: Calcium
- Preparation and properties of the following: Aluminum, iron, copper, silver
- Preparation and properties of the following: Gold
- Preparation and properties of the following: Zinc, elements, cement, glass
- Preparation and properties of the following: Plastics, soaps, detergents, coordination compound
Chemistry: Unit 03
Organic chemistry
- Organic radicals, ions, inductive, electromeric and resonance effects, isomerism, homologous series
- General preparation and functional group properties of the following with emphasis on points noted against each of them-(a) Alkanes (free radical substitution) alkenes (electrophilic addition, Markownikoffs addition, peroxide effect) and alkynes
- (b) Alcohol, distinctions, holoform reaction (c) alkyl halides (nucleophlic substitution), (d) carbonyl compounds (nucleophilic, addition, polymerization, and condensation), (e) ethers and carboxylic acids
- (f) Amines (classification, distinction, basic nature), (g) benzene (resonance), toluene
- Phenol, glycerol
- Oils and fats, proteins, nucleic acids
- Carbohydrates and lipids
Mathematics: Unit 01
Set theory and higher algebra
- Algebra of sets, relation, one
- Many one
- Onto and into mappings, inverse mapping, composite mapping
- Bounded and unbounded sets neighbourhood of a point, domain, codomain, range
- Square roots of polynomial quadratic surds
- Unity, A.P., H.P., G.P. and other related miscellaneous series, A.G.P., method of differences, sum of the squares and cubes of first n natural numbers, simple geometrical problems of permutations, and combinations
- General terms in the expansions of logarithmic, exponential series, binomial, and multinomial theorems, remainder theorem, factor theorem, rationalising factor of binomial surd of different orders
- Conversion of a fraction and a quadratic surds into a continued fraction, inequalities
- Periodic function
- Hyperbolic function, inverse hyperbolic functions, greatest integer functions, absolute function, signum function
- Even and odd functions, transcendental functions, rational, and irrational algebraic functions etc.
Mathematics: Unit 02
Vector algebra
- Linear combination of vectors, linear dependence and independence of vectors, geometrical applications of dot (scalar) and cross (vector) product of two, three, and four vectors
Mathematics: Unit 03
Plane and solid geometry
- Classification of curves represented by general polynomial equations (homogeneous and non-homogeneous) of second degree in x and y, homogeneous equations of nth degree, detailed study of families of straight lines, and circles
- Parabola, ellipse, and hyperbola
- Condition of tangency of a line to a curve of any positive integral degree in x and, simple problems on plane, straight line in space, and sphere
Mathematics: Unit 04
Trigonometry
- Trigonometrical conditional identities and equations, relations between sides, angles, and radii of incircle, circum circle, and excribed circle associated with triangle, inverse circular functions, polar form of complex number
- Euler's formula, values of (a+ib)p/q, applications of De-Moivre's theorem
Mathematics: Unit 05
Determinants and matrices
- Multiplications of determinants and matrices, adjoint, and inverse of matrices, rank of matrix, Cramer's rule, applications of determinants, and matrices
- Geometrical transformations (i.e. reflection, rotation, translation, enlargement), their composition, and representation by matrices
- Limit, continuity, monotonicity
- Differentiability, differentiation of composite function, implicit relation, parametric forms, logarithmic differentiation, differentiation by transformations, increasing, and decreasing functions, tangent, normal
- Maxima and minima of a function of one variable, velocity, acceleration, Rolle's theorem, Lagrange's mean value theorem, standard results on successive (ordinary and partial) differentiation
- L' Hopital's rule, seven indeterminate forms, Euler's theorem on homogenous function for partial differentiation, simple problems on Leibnitz's theorem
- Equations of tangent plane and normal line at any point of 3D figures
Mathematics: Unit 06
Integral calculus
- Integration by well known standard results, by substitutions, by parts, by partial fractions, some well known definite integrals, propelties of definite integrals, reduction formulae
- Applications of definite integral in finding the area of bounded region in x-y plane, volume, and lateral (curved) surface area of some well known 3-D solids obtained by revolution, mean value
- Mean square value
- Root mean square value of a function for a given interval, calculation of a interval in which the value of a given definite integral exists
Mathematics: Unit 07
Differential equations
- Formation of ordinary and partial differential equations
- General and particular solution of O.D.E. of I order and I degree (i.e. variable separable for, homogeneous form, linear form, exact form, and their reducible form obtained by some transformations, and integrating factors)
- O.D.E. of I order but not of I degree
- General solution of dny/dxn=G(x), d 2 y/dx 2 = H(y)
Mathematics: Unit 08
Mathematical statistics
- Karl Pearson's simple correlation coefficient for a tabulated function between two variable, coefficients of covariance, and variation
- Lines of Regression
- Regression coefficients properties of binomial
- Normal and Poission distributions
- Measures of skewness and kurtosis
- Dynamics and statics: Standard formulas and elementary problems
General awareness/reasoning/general English: Unit 01
Reasoning
- Logical, symbolic, verbal, and mathematical reasoning, finding odd-one out, matching, differences, similarities, prediction, finding missing values in number series, alphabet series, test of direction sense, coding-decoding, number ranking
- Arithmetical reasoning, blood relations, analogy, decision making, nonverbal series, mirror images, grouping identical figures, and common reasoning fallacies
General awareness/reasoning/general English: Unit 02
General English
- Vocabulary, punctuation, syntax, verb, forms, spelling, synonyms, antonyms, homonyms, tense, use of preposition, conjunctions, active and passive voice, simple, complex, and compound sentences, degree of comparison, and direct, and indirect speech
General awareness/reasoning/general English: Unit 03
General awareness
- Current affairs, historical persons, events, places etc.
JMI Entrance Exam B.Sc.(Hons) Mathematics Syllabus
General chemistry/physical chemistry
Inorganic chemistry
Organic chemistry
Set theory and higher algebra
Vector algebra
Plane and solid geometry
Trigonometry
Determinants and matrices
Integral calculus
Differential equations
Mathematical statistics
Reasoning
General English
General awareness
Chemistry: Unit 01
General chemistry/physical chemistry
- Atomic mass, extraction of metals, gas laws, ideal gas equation, kinetic molecular theory of gases, constituents of the atom, nuclear model of atom, Bohr's atomic model (mathematical details excluded), quantum mechanical model of atom
- Aufbau principle, Hund's Rule
- Paul's exclusion principle, de Broglie equation, uncertainty principle, shapes of orbitals, modern periodic table, periodic trends in properties, ionization energy, electron affinity, atomic radii, and electronegativity, chemical bonds
- Quantum theory of covalent bonds, hydrogen bond, hybridization involving s.p. and d orbital, shapes of molecules, VSEPR concept, molecular orbital theory, solid state, X-ray studies of crystals, packing in crystals, crystal lattices
- Internal energy
- Enthalpy
- Hess's law
- Entropy, free energy, heat of reactions, concept of chemical equilibrium, law of equilibrium, Le Chatelier's principle, and its applications, ionisation of electrolytes, acid base equilibrium, solubility product, ionization of water, pH, redox reactions
- Galvanic cell and its EMF
- Electrode potential, effects of temperature, and concentration
- Electrolysis, oxidation number, solutions, lowering of vapour pressure, Raoult’s law
- Chemical kinetics, rates of reaction, its dependence on concentration, order of a reaction, factors affecting rate of a reaction, rate constant, half life period of first order reaction, absorption
- Colloidal state, preparation and properties of colloidal solutions, gold no, radioactivity
- Half life, carbon dating, chemical thermodynamics
Chemistry: Unit 02
Inorganic chemistry
- Preparation and properties of the following: Hydrogen, oxygen, halogens, noble gases, water, hydrogen peroxide, nitrogen, boron, silicon, phosphorous, sulphur, sodium, potassium, magnesium
- Preparation and properties of the following: Calcium
- Preparation and properties of the following: Aluminum, iron, copper, silver
- Preparation and properties of the following: Gold
- Preparation and properties of the following: Zinc, elements, cement, glass
- Preparation and properties of the following: Plastics, soaps, detergents, coordination compound
Chemistry: Unit 03
Organic chemistry
- Organic radicals, ions, inductive, electromeric and resonance effects, isomerism, homologous series
- General preparation and functional group properties of the following with emphasis on points noted against each of them-(a) Alkanes (free radical substitution) alkenes (electrophilic addition, Markownikoffs addition, peroxide effect) and alkynes
- (b) Alcohol, distinctions, holoform reaction (c) alkyl halides (nucleophlic substitution), (d) carbonyl compounds (nucleophilic, addition, polymerization, and condensation), (e) ethers and carboxylic acids
- (f) Amines (classification, distinction, basic nature), (g) benzene (resonance), toluene
- Phenol, glycerol
- Oils and fats, proteins, nucleic acids
- Carbohydrates and lipids
Mathematics: Unit 01
Set theory and higher algebra
- Algebra of sets, relation, one
- Many one
- Onto and into mappings, inverse mapping, composite mapping
- Bounded and unbounded sets neighbourhood of a point, domain, codomain, range
- Square roots of polynomial quadratic surds
- Unity, A.P., H.P., G.P. and other related miscellaneous series, A.G.P., method of differences, sum of the squares and cubes of first n natural numbers, simple geometrical problems of permutations, and combinations
- General terms in the expansions of logarithmic, exponential series, binomial, and multinomial theorems, remainder theorem, factor theorem, rationalising factor of binomial surd of different orders
- Conversion of a fraction and a quadratic surds into a continued fraction, inequalities
- Periodic function
- Hyperbolic function, inverse hyperbolic functions, greatest integer functions, absolute function, signum function
- Even and odd functions, transcendental functions, rational, and irrational algebraic functions etc.
Mathematics: Unit 02
Vector algebra
- Linear combination of vectors, linear dependence and independence of vectors, geometrical applications of dot (scalar) and cross (vector) product of two, three, and four vectors
Mathematics: Unit 03
Plane and solid geometry
- Classification of curves represented by general polynomial equations (homogeneous and non-homogeneous) of second degree in x and y, homogeneous equations of nth degree, detailed study of families of straight lines, and circles
- Parabola, ellipse, and hyperbola
- Condition of tangency of a line to a curve of any positive integral degree in x and, simple problems on plane, straight line in space, and sphere
Mathematics: Unit 04
Trigonometry
- Trigonometrical conditional identities and equations, relations between sides, angles, and radii of incircle, circum circle, and excribed circle associated with triangle, inverse circular functions, polar form of complex number
- Euler's formula, values of (a+ib)p/q, applications of De-Moivre's theorem
Mathematics: Unit 05
Determinants and matrices
- Multiplications of determinants and matrices, adjoint, and inverse of matrices, rank of matrix, Cramer's rule, applications of determinants, and matrices
- Geometrical transformations (i.e. reflection, rotation, translation, enlargement), their composition, and representation by matrices
- Limit, continuity, monotonicity
- Differentiability, differentiation of composite function, implicit relation, parametric forms, logarithmic differentiation, differentiation by transformations, increasing, and decreasing functions, tangent, normal
- Maxima and minima of a function of one variable, velocity, acceleration, Rolle's theorem, Lagrange's mean value theorem, standard results on successive (ordinary and partial) differentiation
- L' Hopital's rule, seven indeterminate forms, Euler's theorem on homogenous function for partial differentiation, simple problems on Leibnitz's theorem
- Equations of tangent plane and normal line at any point of 3D figures
Mathematics: Unit 06
Integral calculus
- Integration by well known standard results, by substitutions, by parts, by partial fractions, some well known definite integrals, propelties of definite integrals, reduction formulae
- Applications of definite integral in finding the area of bounded region in x-y plane, volume, and lateral (curved) surface area of some well known 3-D solids obtained by revolution, mean value
- Mean square value
- Root mean square value of a function for a given interval, calculation of a interval in which the value of a given definite integral exists
Mathematics: Unit 07
Differential equations
- Formation of ordinary and partial differential equations
- General and particular solution of O.D.E. of I order and I degree (i.e. variable separable for, homogeneous form, linear form, exact form, and their reducible form obtained by some transformations, and integrating factors)
- O.D.E. of I order but not of I degree
- General solution of dny/dxn=G(x), d 2 y/dx 2 = H(y)
Mathematics: Unit 08
Mathematical statistics
- Karl Pearson's simple correlation coefficient for a tabulated function between two variable, coefficients of covariance, and variation
- Lines of Regression
- Regression coefficients properties of binomial
- Normal and Poission distributions
- Measures of skewness and kurtosis
- Dynamics and statics: Standard formulas and elementary problems
General awareness/reasoning/general English: Unit 01
Reasoning
- Logical, symbolic, verbal, and mathematical reasoning, finding odd-one out, matching, differences, similarities, prediction, finding missing values in number series, alphabet series, test of direction sense, coding-decoding, number ranking
- Arithmetical reasoning, blood relations, analogy, decision making, nonverbal series, mirror images, grouping identical figures, and common reasoning fallacies
General awareness/reasoning/general English: Unit 02
General English
- Vocabulary, punctuation, syntax, verb, forms, spelling, synonyms, antonyms, homonyms, tense, use of preposition, conjunctions, active and passive voice, simple, complex, and compound sentences, degree of comparison, and direct, and indirect speech
General awareness/reasoning/general English: Unit 03
General awareness
- Current affairs, historical persons, events, places etc.
The JMI admit card 2026 will be released in April on the official website of Jamia Millia Islamia. The candidates have to carry the JMI admit card to the exam centre along with a valid photo ID. They are required to enter theior email address and password to download JMI hall ticket. JMI entrance exam 2026 will be conducted in April.
B.A.
The JMI admit card 2026 for the entrance examination will be issued in April on the official website of the Jamia Millia Islamia. Candidates who have successfully submitted their application form can download the JMI 2026 admit card by entering login credentials in the login window. It is mandatory for the test takers to bring the JMI entrance exam admit card 2026 with themselves to the examination centre. The applicants will be informed about the admit card of JMI 2026 release on their respective mobile numbers via SMS.
The JMI result 2026 will be announced at jmi.ac.in. Candidates can check their JMI results using course type and course name. The direct link to check JMI result 2026 will be available only on the official website of the university. Those candidates who ahve qualified the entrance test will have to attend the JMI counselling.
B.A. L.L.B
Jamia Millia Islamia will declare the result of JMI BA LLB 2025 on its official website. JMI BA LLB Result 2025 includes information on the qualifying status along with the scores secured by the candidates along with the candidates roll number, father’s name and registration number. To download the JMI BA LLB 2025 result, candidates need to follow below steps -
- The candidate will be required to click on the given result link.
- The result will appear in a pdf format.
- The candidates need to find their names and check the marks secured in the exam.
B.A.
Jamia Millia Islamia will publish the JMI cutoff 2026 in online mode. The JMI 2026 cutoff is the minimum qualifying marks which candidates need to secure to be considered eligible for the entrance test. The cut off of JMI 2026 mentions minimum marks that decide if the candidates are eligible for the admission or not. It should be known that the JMI cutoff 2026 may vary depending on the candidate's category and the programmes they have applied for. The JMI cutoff 2026 will be released after the entrance exam result has been announced.
B.A.
The counselling process of JMI 2026 starts after the declaration of the JMI final display list. The university will release the JMI counselling schedule 2026 along with the selection lists on the official website of the university. Only those candidates who qualify the entrance exam with suitable marks and are mentioned in the selection list will be invited to participate in the JMI 2026 counselling session. To take part in the JMI counselling 2026, candidates have to first register themselves on the university’s official website. Then, candidates need to verify their original documents on the scheduled date to ensure they fulfil the required eligible criteria.
The JMI counselling 2026 includes two steps which are verification of the candidate’s official documents and submission of the fees for the programme.
Documents Required at JMI Entrance Exam 2026 counselling
Jamia Millia Islamia Entrance Examination 2026
B.A. L.L.B
After the declaration of results, candidates who have qualified in the exam were called for the JMI BA LLB 2025 counselling.
The counselling process includes a number of steps including verification of documents and payment of the admission fee.
Candidates who get selected for admission are required to fill a ‘Student Registration Form’ wherein they have to give their full details like name, father’s name and any other relevant details. After which an admission slip is generated on the candidate's name for remitting the admission fee after the successful registration.
Candidates can opt from different payment modes, like Cash, Online Mode (Net Banking, Credit Cards & Debit Cards) and Demand draft too. Shortlisted candidates will receive JMI BA LLB counselling 2025 call letters for participating in the admission process.
General Information
Contact Number:
919836219994 + 2 more
Relevant Links:
Official Website Link Click HereFrequently Asked Questions (FAQs)
Q: When will the JMI application form 2026 be released?
A:
The JMI 2026 application process will be started in March at the official website.
Q: When can I check the JMI selection list 2026?
A:
The JMI University will release the selection list of JMI 2026 after the declaration of the results.
Q: What are the seats offered at MSc Physics in Jamia Millia Islamia?
A:
The total seats offered in M.Sc Physics programme at JMI are 40.
Q: What is the mode of JMI entrance test 2026?
A:
The JMI entrance exam 2026 will be conducted in April in offline, pen and paper-based mode.
Q: When will JMI admit card 2026 be released?
A:
The JMI 2026 admit card will be issued on April.
Q: When will JMI entrance result 2026 be out?
A:
The Jamia Millia Islamia will announce the JMI 2026 entrance result in online mode.
Q: Is Jamia Millia Islamia a central university?
A:
Yes, Jamia Millia Islamia is a central university.
Q: Does Jamia Millia Islamia have affiliated colleges?
A:
No, Jamia Millia Islamia does not have any affiliated colleges.
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Upcoming University Exams
Ongoing Dates
Application Date
15 Oct, 2025 - 15 Jan, 2026
Ongoing Dates
Application Date
11 Nov, 2025 - 08 Apr, 2026
Ongoing Dates
Application Date
14 Nov, 2025 - 14 Dec, 2025
Questions related to JMI Entrance Exam
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Have a question related to JMI Entrance Exam ?
To pursue B.El.Ed. (Bachelor of Elementary Education) at Jamia Millia Islamia (JMI), you must pass the JMI entrance exam. The eligibility criteria require you to have completed Class 12 with at least 50% marks from a recognized board. Admission is merit-based, considering your performance in the entrance exam. Keep an eye on JMI's official website for application deadlines and exam details. The program prepares students for a career in teaching primary and upper primary school levels.
For more details you can visit the link given below
https://www.careers360.com/university/jamia-millia-islamia-new-delhi
Correct Answer: ILOR
Solution : Given:
LMNO : NQTW :: GHIJ : ?
Add consecutive even numbers to the letters of LMNO and GHIJ to obtain the related clusters.
L + 2 = N; M + 4 = Q; N + 6 = T; O + 8 = W
Similarly, G + 2 = I; H + 4 = L; I + 6 = O; J + 8 = R
GHIJ is related to ILOR. Hence, the first option is correct.
Correct Answer: Lead
Solution : The correct answer is Lead.
The Satvahanas mostly produced lead coins. To manufacture coins, they also utilised 'potin,' a silver-copper alloy. Satavahana coins were usually circular in shape and had various motifs such as pictures of animals, deities, and monarchs.
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