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VITEEE 2022

Browse the complete Chemistry, Mathematics, and Physics question set from the VITEEE 2022 paper, question by question. Each question shows a quick preview so you can jump straight to the topic or subject you want to revise. Click through to attempt the full question in practice mode, or head back to the paper-wise list to download the entire paper as a PDF.

This paper has 110 questions in total - 49 easy (45%), 41 moderate (37%) and 20 tough (18%). That's an easier-than-usual mix for this exam - aim to clear it quickly and save time for the harder papers. By subject: Physics 54% easy, 26% moderate, 20% tough; Chemistry 54% easy, 37% moderate, 9% tough; Mathematics 28% easy, 48% moderate, 25% tough.

Chemistry questions were spread across 15 chapters, with Amines (4), Chemical Kinetics (4), and Coordination Compounds (4) carrying the most weight. Mathematics questions were spread across 29 chapters, with Permutation Combination (3), Probability (3), and Vector Algebra (3) carrying the most weight. Physics questions were spread across 19 chapters, with Current Electricity (4), Electromagnetic Induction (4), and Nuclear Physics (4) carrying the most weight.

Chemistry

  1. 1Identify the correct statement for change of Gibbs energy for a system \( ( {G}_{ {system }} )\) at constant temperature and pressure :2022Third law of thermodynamics
  2. 2Which is a planar molecule?2022Hybridisation and VSEPR Theory
  3. 3Considering entropy (\( {S}\)) as a thermodynamic parameter, the criterion for the spontaneity of any process is2022Entropy and Second law of thermodynamics
  4. 4In the solid state, \( {MgO}\) has the same structure as that of sodium chloride. The number of oxygens surrounding each magnesium in \( {Mg2022Ionic structure
  5. 5A solid with high electrical and thermal conductivity from the following is2022Electrical and Magnetic properties
  6. 6Four successive members of the first row transition elements are listed below with their atomic numbers. Which one of them is expected to ha2022Properties of D-block elements
  7. 7Which one of the following is expected to exhibit optical isomerism? (en \(=\) ethylenediamine)2022Isomerism of coordination compounds
  8. 8For orthorhombic system axial ratios are \(a b c\) and the axial angles are2022Crystal Structure of Solids
  9. 9Which one of the following will show paramagnetism corresponding to 2 unpaired electrons?(Atomic numbers: \( {Ni}=28, {Fe}=26\))2022Werner's theory and Valence Bond Theory
  10. 10In gaseous equilibrium the correct relation between \( {K}_{ {c}}\) and \( {K}_{ {p}}\) is2022Law of Mass Action, Equilibrium Constant (Kc and Kp) and its Application
  11. 11Which one of the following reaction occurs at the cathode?2022Cells and Electrode Potential, Nernst Equation
  12. 12Which of the following coordination compounds would exhibit optical isomerism?2022Isomerism of coordination compounds
  13. 13The radioactive isotope \({ }_{27}^{60} {Co}\) which is used in the treatment of cancer can be made by (\(n, p\)) reaction. For this reactio2022Atomic Mass and Atomic Size
  14. 14The activation energy for a simple chemical reaction \( {A} {B}\) is \( {E}_{ {a}}\) in forward direction. The activation energy for reverse2022Arrhenius theory
  15. 15Select the rate law that corresponds to data shown for the following reaction \( {A}+ {B} \) products \( {array}{cccc} { Exp. } & {[ {A}]} &2022Methods to determine order of reaction
  16. 16A substance 'A' decomposes by a first order reaction starting initially with \([ {A}]=2.00 {~m}\) and after \(200 {~min},[ {~A}]\) becomes \2022Integrated rate laws
  17. 17Which one of the following information can be obtained on the basis of Le Chatelier principle?2022Le chatelier's principle
  18. 18Equivalent conductances of \( {NaCl}, {HCl}\) and \( {CH}_3 {COONa}\) at infinitedilution are \(126.45,426.16 {and}\) \(91 {dhm}^{-1} {~cm}^2022Conductance and Conductivity
  19. 19The standard e.m.f. of a galvanic cell involving cell reaction with \(n=2\) is found to be \(0.295 {~V}\) at \(25^{ } {C}\). The equilibrium2022Cells and Electrode Potential, Nernst Equation
  20. 20In the silver plating of copper, \( {K} [ {Ag}( {CN})_2 ]\) is used instead of \( {AgNO}_3\). The reason is2022Terminology of coordination compounds
  21. 21If \(0.5 {amp}\) current is passed through acidified silver nitrate solution for 100 minutes. The mass of silver deposited on cathode, is (e2022Cells and Electrode Potential, Nernst Equation
  22. 22For the reaction \( {A}+ {B} {C}+ {D}\). The variation of the concentration of the products is given by the curve2022Rate of reaction
  23. 23Aniline when diazotized in cold and when treated with dimethyl aniline gives a coloured product. Its structure would be2022Preparation and Properties of Amines
  24. 24Electrolytic reduction of nitrobenzene in weakly acidic medium gives2022Preparation and Properties of Amines
  25. 25If an organic compound shows a streching (\(> {C}= {O}\)) frequency of \(1720 {~cm}^{-1}\). The organic compound is ____.2022Classification of organic compounds
  26. 26In the given reaction, \( {X}\)-stands for2022Preparation and Properties of Amines
  27. 27In a set of reactions acetic acid yielded a product D. \( {CH}_3 {COOH} { {SOCl}_2}{ } {A} [ { Anhy. } {AlCl}_3]{ {Benzene}} {B} { {HCN}}{ }2022Preparation and Properties of Carboxylic Acids
  28. 28Ketones \([ {R}- {|| {O}}{ {C}}- {R}_1 {, where } {R}= {R}_1= { alkyl groups }] \) can be obtained in one step by2022Method of preparation for both aldehydes and ketones
  29. 29Phenylmethyl ketone can be converted into ethylbenzene in one step by which of the following reagents?2022Properties and Preparation of Alkanes
  30. 30Ethanol and dimethyl ether form a pair of functional isomers. The boiling point of ethanol is higher than that of dimethyl ether, due to the2022Preparation and Properties of Alcohols
  31. 31Propan-1-ol may be prepared by the reaction of propene with2022Properties and Preparation of Alkanes
  32. 32Sodium formate on heating yields2022Reactions Involving Acid Group
  33. 33An ester (A) with molecular fomula, \( {C}_9 {H}_{10} {O}_2\) was treated with excess of \( {CH}_3 {MgBr}\) and the complex so formed was tr2022Tests for aldehyde and ketones
  34. 34Self condensation of two moles of ethyl acetate in presence of sodium ethoxide yields2022Chemical reactions for aldehydes and ketones
  35. 35Indicate which of the nitrogen compounds amongst the following would undergo Hoffmann's reaction, i,e., reaction with \( {Br}_2\) and strong2022Preparation and Properties of Amines

Mathematics

  1. 1If \(2 y =x \) and \(2 x -y {cosec} =3\), then \(x^2+4 y^2=\)2022Solving Trigonometric Equation
  2. 2Range of the function \(f(x)= {x^2+x+2}{x^2+x+1} ; x R\) is2022Range
  3. 3If \( ( ^{-1}(1+ {x}) )= ( ^{-1} {x} )\), then \( {x}=\)2022Converting one Inverse T function to other Inverse T
  4. 4If \( ^{-1} ( {2 }{1+ ^2} )+ ^{-1} ( {2 }{1+ ^2} )=2 ^{-1} x {, }\) then \( {x}=\)2022Converting one Inverse T function to other Inverse T
  5. 5Let \( {A}=\{1,2,3,4,5\}\) and the functions \( {f}: {A} {A}\) and \( {g}: {A} {A}\) be defined by \( {f}(1)=3, {f}(2)=5, {f}(3)=3, {f}(4)=12022Composite Function
  6. 6\( {ABC}\) is a triangle and \( {P}\) is any point on \( {BC}\) such that \( {P Q}\) is the resultant of the vectors \( { {AP}}, { {PB}}\) a2022Algebra of Vectors
  7. 7If \(A, B, C\) are the angles of a triangle such that angle \(A\) is obtuse, then \( B C\) will be less than2022Napiers Analogy, Area of Triangle & Half angle Formulae
  8. 8If a chord which is normal to the parabola at one end and subtends a right angle at the vertex, then slope of the chord is2022Normal to Parabola
  9. 9\( {P}\) is a variable point on the hyperbola \( {x^2}{a^2}- {y^2}{b^2}=1\) whose vertex is \(A(a, 0)\) The locus of the middle point of AP 2022Locus
  10. 10Two persons throw a die alternately till one of them gets a 'three' and wins the game. The ratio of their respective probabilities of winnin2022Conditional Probability and Multiplication Theorem
  11. 11If \( {m}\) men and \( {n}\) women are to be seated in a row so that no two women sit together. If \(m > n\), then the number of ways in whi2022Arrangement under Constraint
  12. 12If \(y= ^{-1}[ {x-a x}- {a-a x}]\) then \( {d y}{d x}=\)2022Differentiation of Inverse Trigonometric Functions
  13. 13If the roots of \(z^3+i z^2+2 i=0\) represent the vertices of a \( {ABC}\) in the Argand plane, then the area of the triangle is2022Napiers Analogy, Area of Triangle & Half angle Formulae
  14. 14If the mean and variance of a binomial variate \(x\) are respectively \( {35}{6}\) and \( {35}{36}\), then the probability of \(x > 6\) is :2022Random Variable and its Probability Distribution
  15. 15Let \(f(x)=| x|\). Then2022Differentiability
  16. 16The locus of all the points on the curve \(y^2=4 a (x+a {x}{a} )\) at which the tangent is parallel to \(x\)-axis is:2022Tangent Normal
  17. 17n the set \( {N} {N}\), the relation \( {R}\) is defined by (a, b) \(R(c, d) a d=b c\). Then \(R\) is2022Questions on Symmetric Transitive and Reflexive Properties
  18. 18If \( { {a}}, { {b}}, { {c}}\) are three unit vectors such that \( { {b}}\) is not parallel to \( { {c}}\) and \( { {a}} ( { {b}} { {c}})= {2022Algebra of Vectors
  19. 19If \(A= [ {array}{ll}3 & 2 \\ 0 & 1 {array} ]\), then \( (A^{-1} )^3\) is equal to2022Inverse of a Matrix
  20. 20The area (in sq. units) bounded by the curves \( {y}= { {x}}, 2 {y}- {x}+3=0\) and \( {x}\)-axis lying in the first quadrant is2022Area bounded by Miscellaneous Curves
  21. 21The number of values of \(x\) in \([0,2 ]\) satisfying the equation \(| {x}- {x}| {2}\), is2022Number of Solutions
  22. 22If one root of the equation \((l- {m}) {x}^2+l {x}+1=0\) is double of the other and if \(l\) is real then the greatest value of \( {m}\) is 2022Relation between Roots and Coefficients
  23. 23A sphere of constant radius \(2 {k}\) passes through the origin and meets the axes in A, B, C. The locus of the centroid of the tetrahedron 2022Line and Plane
  24. 24The value of the integral \( _0^{ { }{2}} { } ^3 {d} \) is2022Definite Integration by Substitution
  25. 25Number of 6-digit telephone numbers, which can be constructed with digits \(0,1,2,3,4,5,6,7,8,9\), if each number starts with 35 and no digi2022Combination
  26. 26The diffrerential equation \( {d y}{d x}+ {1}{x} 2 y=x^3 ^2 y\) represents a family of curves given by the equation2022Linear Differential Equation
  27. 27If the system of equations \(x+ y+2=0\), \( x+y-2=0, x+ y+3=0\) is consistent, then2022System of Linear Equations
  28. 28A steam boat is moving at velocity \(V\) when steam is shut off. Given that the retardation at any subsequent time is equal to the magnitude2022Mathematical Induction
  29. 29If the binary operation \(*\) is defined on the set \( {Q}^{+}\) of all positive rational numbers by \( {a} * {~b}= { {ab}}{4}\). Then \(3 *2022Mathematical Induction
  30. 30P, Q, R, S are the points \((-2,3,4),(-4,4,6),(4,3,5)\) and \((0,1,2)\). Then projection of \(P Q\) on \(R S\) is2022Algebra of Vectors
  31. 31If \( {X}\) follows Binomial distribution with mean 3 and variance 2 , then \(P(X 8)\) is equal to :2022Bernoulli Trial and Binomial Distribution
  32. 32Sum of the series \( {1}{1 2 3 4}+ {4}{3 4 5 6}+ {9}{5 6 7 8}+ {16}{7 8 9 10}+ =\)2022Mixed Question on AP and GP
  33. 33\(A {rod~} {AB~} 13 {ft}\) long moves with its ends \( {A}, {B}\) on two perpendicular lines \( {OX}\) and \( {OY}\) respectively. If the en2022Heights and Distances
  34. 34Two common tangents to the circle \(x^2+y^2=2 a^2\) and parabola \(y^2=8 a x\) are2022Tangent to circle
  35. 35Children have been invited to a birthday party. It is necessary to give them return gifts. For the purpose, it was decided that they would b2022Division and Distribution of Distinct Items
  36. 36The integral \( { ^2 x}{ ^4 x} d x\) is2022Integration by Substitution
  37. 37The equation of the ellipse with focus at \(( 5,0)\) and \(x= {36}{5}\) as one directrix is2022Equation of Ellipse
  38. 38If \( _{x 0} {((a-n) n x- x) n x}{x^2}=0\), where \(n\) is non-zero real number, then a is equal to2022Trigonometric and Inverse Trigonometric limits
  39. 39The equation of the line passing through \((1,2,3)\) and parallel to the planes \(r ( {i}- {j}+2 {k})=5\) and r. \((3 {i}+ {j}+ {k})=6\) is2022Line and Plane
  40. 40Let \( {p}\) : Kiran passed the examination, q: Kiran is sad The symbolic form of a statement "It is not true that Kiran passed therefore he2022Mathematical Reasoning

Physics

  1. 1If \( _{ {s}}, _{ {k}}\) and \( _{ {r}}\) are coefficients of static friction, sliding friction and rolling friction, then2022Frictional force
  2. 2In a region of space having a uniform electric field \( {E}\), a hemispherical bowl of radius \(r\) is placed. The electric flux \( \) throu2022Electric Flux and Gauss Law
  3. 3Which of the following relation is true?2022Young's Modulus and Breaking Stres
  4. 4A capacitor \( {C}_1\) is charged to a potential difference \( {V}\). The charging battery is then removed and the capacitor is connected to2022Charging and Discarging of capacitors
  5. 5In the network shown in the Fig, each resistance is \(1 \). The effective resistance between \(A\) and \(B\) is2022Combination of Resistances
  6. 6In a Wheatstone's bridge all the four arms have equal resistance \(R\). If the resistance of the galvanometer arm is also \(R\), the equival2022Wheatstone Bridge
  7. 7A particle is acted by a force \( {F}= {kx}\), where \( {k}\) is a + ve constant. Its potential energy at \(x=0\) is zero. Which curve corre2022Energy
  8. 8A straight wire of diameter \(0.5 {~mm}\) carrying a current of \(1 {~A}\) is replaced by another wire of \(1 {~mm}\) diameter carrying same2022Magnetic Field
  9. 9A positively charged particle moving due east enters a region of uniform magnetic field directed vertically upwards. The particle will2022Motion of Charged Particle in Magnetic Field
  10. 10Power dissipated across the \(8 \) resistor in the circuit shown here is 2 watt. The power dissipated in watt units across the \(3 \) resist2022Electric Power and Heating Effect of Current
  11. 11A battery is charged at a potential of \(15 {~V}\) for 8 hours when the current flowing is \(10 {~A}\). The battery on discharge supplies a 2022Electric Power and Heating Effect of Current
  12. 12A coil of 40 henry inductance is connected in series with a resistance of \(8 {ohm}\) and the combination is joined to the terminals of a 2 2022LR Circuit
  13. 13In an inductor of self-inductance \( {L}=2 {mH}\), current changes with time according to relation \( {i}= {t}^2 {e}^{- {t}}\). At what time2022Self and Mutual Inductance
  14. 14A varying current in a coil changes from \(10 {~A}\) to zero in \(0.5 {sec}\). If the average e.m. \(f\) induced in the coil is \(220 {~V}\)2022Self and Mutual Inductance
  15. 15In a region of uniform magnetic induction \( {B}=10^{-2}\) tesla, a circular coil of radius \(30 {~cm}\) and resistance \( ^2 {ohm}\) is rot2022Motional and Rotational EMF
  16. 16If \( _0\) and \( _0\) are the electric permittivity and magnetic permeability in vacuum, \( \) and \( \) are corresponding quantities in me2022Refraction of light from plane surface
  17. 17The Young's double slit experiment is performed with blue and with green light of wavelengths \(4360 Å\) and \(5460 Å\) respectively. If \(x2022Youngs Double Slit Experiment
  18. 18A cylindrical metal rod is shaped into a ring with a small gap as shown. On heating the system :2022Thermal Expansion
  19. 19The angular separation \(d \) between two wavelength \( \) and \( + {d} \) in a diffraction grating is directly proportional to2022Diffraction of Light
  20. 20In the Bragg scattering of a beam of electrons each of mass \(m\) and velocity \(v\) by a nickel crystal, the first maximum is observed at \2022Diffraction of Light
  21. 21What is the ground state energy of positronium? (The ground state energy of hydrogen is \(-13.6 {eV}\))2022Bohr's Atomic Model
  22. 22The minimum wavelength in Lymann series of hydrogen spectra is \(91.2 {~nm}\), the longest wavelength in this series must be2022Atomic Spectrum
  23. 23The glancing angle in a X-rays diffraction experiment is \(30^{ }\) and the wavelength of the \( {X}\) rays used is \(20 {~mm}\). The interp2022X-Rays
  24. 24The velocity of a body of rest mass \(m_o\) is \( { {3}}{2} c\) (Where \( {c}\) is the velocity of light in vacuum). The mass of this body i2022Nuclear energy
  25. 25In a photoelectric experiment anode potential is plotted against plate current2022Photoelectric Effect
  26. 26Which figure shows the correct force acting on the body sliding down an inclined plane? (\( {m} \) mass, \( {f}_{ {s}} \) force of friction)2022Newton's laws of motion
  27. 27The energy released per fission of a \({ }_{92} {U}^{235}\) nucleus is nearly2022Nuclear reactions
  28. 28Half-lives of two radioactive substances \( {A}\) and \(B\) are respectively 20 minutes and 40 minutes. Initially, the sample of A and \(B\)2022Radioactivity
  29. 29The radius of Ge nucleus is measured to be twice the radius of \({ }^9 {Be}_4\) nucleus. How many nucleons are there in the Ge nucleus ?2022Nuclear structure
  30. 30A Zener diode has a breakdown voltage of \(9.1 {~V}\) with a maximum power dissipation of \(364 {~mW}\). What is the maximum current that th2022Diodes
  31. 31The voltage across a diode in a full wave rectifier having input voltage of peak value \( {V}_{ {m}}\) during its non conducting period is2022Rectifier
  32. 32The diagram of a logic circuit is given below. The output \(F\) of the circuit is represented by2022Logic gates
  33. 33In frequency modulation2022Modulation
  34. 34Two liquids of densities \(d_1\) and \(d_2\) are flowing in identical capillary tubes uder the same pressure difference. If \(t_1\) and \(t_2022Surface tension
  35. 35Two masses \( {m}_{ {a}}\) and \( {m}_{ {b}}\) moving with velocities \( {v}_{ {a}}\) and \( {v}_{ {b}}\) in opposite direction collide elas2022Collisions

Frequently Asked Questions

1.How many questions are in the VITEEE 2022 paper?

This paper has 110 questions in total - 35 from Chemistry, 40 from Mathematics, and 35 from Physics.

2.Can I practise questions from just one subject?

Yes. Use the Chemistry, Mathematics, and Physics tabs at the top of the page to jump directly to that subject's question set within this paper.

3.What is the structure of the VITEEE 2022 paper?

The VITEEE 2022 paper on MARKS has 110 questions, organised by subject:

  • Chemistry: 35 questions - 35 single-correct.
  • Mathematics: 40 questions - 40 single-correct.
  • Physics: 35 questions - 35 single-correct.
4.What is the difficulty level of the VITEEE 2022 paper?

Each question on MARKS carries a difficulty rating. Of the 110 rated questions in this paper, 49 (45%) are easy, 41 (37%) are medium and 20 (18%) are hard. Subject wise:

  • Chemistry: 19 easy, 13 medium, 3 hard
  • Mathematics: 11 easy, 19 medium, 10 hard
  • Physics: 19 easy, 9 medium, 7 hard
5.Which chapters had the most questions in the VITEEE 2022 paper?

The chapters with the most questions in each subject were:

  • Chemistry: Amines (4), Chemical Kinetics (4), and Coordination Compounds (4).
  • Mathematics: Permutation Combination (3), Probability (3), and Vector Algebra (3).
  • Physics: Current Electricity (4), Electromagnetic Induction (4), and Nuclear Physics (4).
6.Where can I find the solutions for the VITEEE 2022 paper?

Open any question on this page. Its page shows the correct answer and, where one is available, the worked solution. A downloadable PDF of the whole paper is coming soon.

7.How should I use the VITEEE 2022 paper to check my preparation?

Set a timer, attempt the 110 questions as you would in the exam, and only then open the answers. Note which subjects and chapters cost you the most marks, and revise those first using the chapter-wise practice for VITEEE. Repeating this with other papers shows whether the same weak spots keep coming back.

8.Will the VITEEE 2022 paper help me prepare for VITEEE 2027?

Yes. Every past paper shows the question styles and topics VITEEE has asked before, and a solved paper gives you a realistic benchmark for speed and accuracy. Use it along with the other papers to spot the chapters that keep returning.