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VITEEE 2023

Browse the complete Chemistry, Mathematics, and Physics question set from the VITEEE 2023 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 - 48 easy (44%), 44 moderate (40%) and 18 tough (16%). 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 37% easy, 57% moderate, 6% tough; Mathematics 40% easy, 38% moderate, 23% tough.

Chemistry questions were spread across 13 chapters, with Carboxylic Acid Derivatives (5), Aldehydes and Ketones (4), and Amines (4) carrying the most weight. Mathematics questions were spread across 23 chapters, with Mathematical Induction (4), Permutation Combination (3), and Probability (3) carrying the most weight. Physics questions were spread across 18 chapters, with Alternating Current (6), Electrostatics (6), and Semiconductors (5) carrying the most weight.

Chemistry

  1. 1Which of the following is diamagnetic?2023Werner's theory and Valence Bond Theory
  2. 2The covalent character of the following chlorides follow the order2023Polarization
  3. 3An aqueous solution of \( [ {Ti} ( {H}_2 {O} )_6 ]^{3+}\) ion has a mild violet colour of low intensity. Which of the following statements i2023Crystal Field Theory
  4. 4The IUPAC name of the red coloured complex \( [ {Fe} ( {C}_4 {H}_7 {O}_2 {~N}_2 )_2 ]\) obtained from the reaction of \( {Fe}^{2+}\) and dim2023Nomenclature of coordination compounds
  5. 5\( [ {Co} ( {NH}_3 )_4 ( {NO}_2 )_2 ] {Cl}\) exhibits2023Isomerism of coordination compounds
  6. 6The second order Bragg's diffraction of X-rays of wavelength \(100 {pm}\) from a set of parallel lattice planes in a metal occurs at a grazi2023Atomic Models
  7. 7The decomposition of limestone \( {CaCO}_3( {~s})= {CaO}( {s})+ {CO}_2( {~g})\) is non-spontaneous at \(298 {~K}\). The \( {H}^{ }\) and \( 2023Third law of thermodynamics
  8. 8Calculate the entropy change for \( {CH}_4( {~g})+ {H}_2 {O}( {g}) 3 {H}_2( {~g})+ {CO}( {g}) {, using }\) the following data : \( {array}{l2023Entropy and Second law of thermodynamics
  9. 9According to the third law of thermodynamics which one of the following quantities for a perfectly crystalline solid is zero at absolute zer2023Entropy and Second law of thermodynamics
  10. 10Which reaction is not affected by change in pressure?2023Le chatelier's principle
  11. 11The order of a reaction, with respect to one of the reacting component \(Y\), is zero. It implies that:2023Rate law and rate constant
  12. 12The resistance of \(1 {~N}\) solution of acetic acid is \(250 {ohm}\), when measured in a cell of cell constant \(1.15 {~cm}^{-1}\). The equ2023Conductance and Conductivity
  13. 13\( {Zn}\) amalgam is prepared by electrolysis of aqueous \( {ZnCl}_2\) using \( {Hg}\) cathode ( \(9 {gm}\) ). How much current is to be pas2023Cells and Electrode Potential, Nernst Equation
  14. 14Ethanol and dimethyl ether form a pair of functional isomers. The boiling point of ethanol is higher than that of dimethyl ether, due to the2023Preparation and Properties of Alcohols
  15. 15Reaction of with \( {RMgX}\) leads to formation of2023Preparation of Ethers
  16. 16Acetylene, on reacting with formaldehyde under high pressure, gives2023Properties and Preparation of Alkenes
  17. 17In the following reaction : \( {C}_2 {H}_5 {OH} [443 {~K}]{ { Conc. } {H}_2 {SO}_4} {Z} {. }\) Identify \(Z\) :2023Reactions of Alcohols
  18. 18Arrange the following in decreasing order of solubility in water2023Characteristics of covalent compound
  19. 19Which of the following reaction can produce \( {R}- {CO}- {Ar}\) ?2023Reactions of aromatic compounds
  20. 20The compound which reacts with Fehling solution is2023Tests for aldehyde and ketones
  21. 21Among the following which one does not act as an intermediate in hofmann rearrangement?2023Preparation and Properties of Amines
  22. 22Which of the following is formed, when calcium acetate is heated?2023Method of preparation for both aldehydes and ketones
  23. 23The reaction of an organic compound with ammonia followed by nitration of the product gives a powerful explosive, called \( {RDX}\). The org2023Reactions for aldehydes
  24. 24Which carbonyl compound will be purified with sodium bisulphite-2023Purification of Organic Compounds
  25. 25Which of the following will not give \( {HVZ}\) reaction?2023Reactions Involving Acid Group
  26. 26When propionic acid is treated with aqueous \( {NaHCO}_3, {CO}_2\) is liberated. The \( {C}\) of \( {CO}_2\) comes from2023Reaction Involving Cleavage of -OH Group
  27. 27Both propanoic acid, \( {CH}_3 {CH}_2 {COOH}\) as well as 2-chloropropanoic acid give precipitate with aq. \( {AgNO}_3\). How you distinguis2023Tests for aldehyde and ketones
  28. 28Product is2023Preparation and Properties of Acid Derivatives
  29. 29Which of the following is correct?2023Reactions Involving Acid Group
  30. 30Introduction of a methyl group in ammonia markedly increases the basic strength of ammonia in aq. solution, introduction of the second methy2023Preparation and Properties of Amines
  31. 31\( [ { (ii) Heat with } {Cu} { powder }]{ { (i) } {CHN}_2 {COOC}_2 {H}_5}[ {Y}] { { oxidation }}{ }[Z]\) Compound \( {Z}\) should be2023Preparation and Properties of Acid Derivatives
  32. 32In the reaction \( { }{ }\) (A), product (A) is2023Nitrenes
  33. 33In the reaction sequence the product ' \( {C}\) ' is:2023Preparation and Properties of Amines
  34. 34The end product \((Z)\) of the following reaction is \( { {H}^{+} / {H}_2 {O}}{ }( {Y}) [ {CaO}, ]{ {NaOH}}( {Z})\)2023Preparation and Properties of Benzene
  35. 35Consider the following ions2023Electron displacement effects

Mathematics

  1. 1Let \( {f}: [- { }{3}, {2 }{3} ] [0,4]\) be a function defined as \(f(x)= {3} x- x+2\). Then, \(f^{-1}(x)\) is given by2023Inverse of a Function
  2. 2Which of the following statement is correct?2023Mathematical Induction
  3. 3The period of \( 3 \) is2023Basic
  4. 4The function \( {f}( {x})= { {x}}{ {e}^{ {x}}-1}+ { {x}}{2}+1\) is -2023Odd and Even Functions
  5. 5The equation of the right bisector plane of the segment joining \((2,3,4)\) and \((6,7,8)\) is2023Plane in Space
  6. 6What is the angle between the line \(6 x=4 y=3 z\) and the plane \(3 x+2 y-3 z=4\) ?2023Line and Plane
  7. 7An infinite G.P. has first term ' \(x\) ' and sum ' 5 ', then \( {x}\) belongs to2023Geometric Progression
  8. 8By examining the chest X-ray, the probability that TB is detected when a person is actually suffering is 0.99 . The probability of an health2023Conditional Probability and Multiplication Theorem
  9. 9If \(f(z)= {7-z}{1-z^2}\), where \(z=1+2 i\), then \(|f(z)|\) is equal to :2023Algebra of complex numbers
  10. 10If \( ( {z}_1 )= (z_2 )\), then2023Conjugate, modulus and argument
  11. 11If \({ }^n P_r={ }^n P_{r+1}\) and \({ }^n C_r={ }^n C_{r-1}\), then the values of \( {n}\) and \( {r}\) are2023Factorial
  12. 12If \(( {G}, *)\) is a group such that \(( {a} * {~b})^2=( {a} * {a}) *\) \( (b^* b .\) ) for all a, b, \( {G}\), then \( {G}\) is2023Mathematical Induction
  13. 13Let \(f: R R\) be a function defined by \(f(x)= \{x+1,|x|+1\}\), Then which of the following is true?2023Differentiability
  14. 14The value of \( {C_1}{2}+ {C_3}{4}+ {C_5}{6}+ \). is equal to2023Factorial
  15. 15If \( | {array}{ccc}3^2+k & 4^2 & 3^2+3+k \\ 4^2+k & 5^2 & 4^2+4+k \\ 5^2+k & 6^2 & 5^2+5+k {array} |=0\), then the value of \(k\) is2023Expansion of Determinants
  16. 16If \(f(x)=x^2-4 x-5\), then \(f(A)\), where \(A= [ {array}{lll}1 & 2 & 2 \\ 2 & 1 & 2 \\ 2 & 2 & 1 {array} ]\) equals2023Basic Algebra of Matrices
  17. 17\( { }{1- }+ { }{1- }\) is equal to2023Solving Trigonometric Equation
  18. 18If the eccentricity of the hyperbola \(x^2-y^2 ^2 =4\) is \( {3}\) times the eccentricity of the ellipse \(x^2 ^2 +y^2=16\), then the value 2023Equation of hyperbola
  19. 19In a triangle \(A B C, {a A+b B+c C}{a+b+c}\) is equal to2023Cosine Rule and Projection Formula
  20. 20The value of \( ( ^{-1} ( ( ^{-1} x ) ) .\) is2023Converting one Inverse T function to other Inverse T
  21. 21The equation \( ^{-1} {5}{x}+ ^{-1} {12}{x}= { }{2}\) has2023Principal Value and Basics
  22. 22A point \(P\) moves such that the sum of twice its distance from the origin and its distance from the \(y\)-axis is a constant equal to 3 . 2023Locus
  23. 23The equation of the tangent to the parabola \(y^2=6 x\) at the point whose ordinate is 6 , is2023Tangent to Parabola
  24. 24If \(e_1\) is the eccentricity of the ellipse \( {x^2}{16}+ {y^2}{25}=1\) and \(e_2\) is the eccentricity of the hyperbola passing through t2023Locus
  25. 25The two curves \(x^3-3 x y^2+2=0\) and \(3 x^2 y-y^3-2=0\)2023Tangent Normal
  26. 26For the curve \( {y}^{ {n}}= {a}^{ {n}-1} {x}\) if the subnormal at any point is a constant then \(n\) is equal to2023Tangent Normal
  27. 27The coordinates of a moving particle at time \(t\) are given by \(x=c t^2\) and \(y=b t^2\). The speed of the particle is given by2023Parametric differentiation
  28. 28\( _{h 0} ( {1}{h [3]{8+h}}- {1}{2 h} )\) equals to2023Algebraic and Rational Limits
  29. 29Five balls of different colours are to be placed in three boxes of different sizes. Each box can hold all five balls. In how many ways can w2023Arrangement under Constraint
  30. 30In a hurdle race, a player has to cross 10 hurdles. The probability that he will clear each hurdle is \( {5}{6}\). Then, the probability tha2023Classical Definition of Probability
  31. 31If \(f(x)\) is a quadratic in \(x\), then \( _0^1 f(x) d x\) is equal to2023Miscellaneous
  32. 32If \(f^{ }(x)=f(x)+ _0^1 f(x) d x\) and given \(f(0)=1\). Then \(f(x)=\)2023Definite Integration by Parts
  33. 33If \( {p}= ( {u} {v})+ ( {v} {w})+v( {w} {u})\) and \([ { {u}} { {v}} { {w}}]= {1}{5}\), then \( + +v\) is equal to2023Vector Triple Product
  34. 34Solve : \( (D^2+6 D+8 ) y=e^{-2 x}\).2023Linear Differential Equation
  35. 35The area of the triangle formed by the tangent and normal at the point \((1, {3})\) on the circle \( {x}^2\) \(+y^2=4\) and the \(x\)-axis i2023Area of Curve along axis
  36. 36The temperature \(T\) of a cooling object drops at a rate proportional to the difference \( {T}- {S}\), where \( {S}\) is constant temperatu2023Mathematical Induction
  37. 37The acute angle between the medians drawn through the acute angle of an isosceles right angled triangle is2023Napiers Analogy, Area of Triangle & Half angle Formulae
  38. 38A girls walks \(4 {~km}\) towards West. Then, she walks \(3 {~km}\) in a direction \(30^{ }\) East to North and stops. The girls displacemen2023Algebra of Vectors
  39. 39For the probability density function \(f(x)= {cases}2 e^{-2 x} & , x > 0 \\ 0 & , x 0 {cases}\) \(F(2)\) is equal to2023Random Variable and its Probability Distribution
  40. 40Consider the switching circuit Logical expression corresponding to the complimentary to the above circuit is2023Mathematical Induction

Physics

  1. 1Two particles A and B, move with constant velocities \( {v}_1\) and \( {v}_2\). At the initial moment their position vectors are \( {r_1}\) 2023Relative motion
  2. 2In the figure, a proton moves a distance \(d\) in a uniform electric field \( {E}\) as shown in the figure. Does the electric field do a pos2023Electric Potential and Potential Energy
  3. 3Two charged spherical conductors (each of radius \( {R})\) are at a distance \(d\) part \(( {d} > 2 {R})\). The charge on one is \(+q\) and 2023Electric Charge and Coulomb's law
  4. 4There capacitors \( {C}_1, {C}_2\) and \( {C}_3\) are connected as shown in the figure. A potential difference of 14 volts is applied to the2023Grouping of capacitors
  5. 5The radii of two concentric spherical conducting shells are \(r_1\) and \(r_2 ( > r_1 )\). The charge on the outer shell is \(q\). What will2023Electric Potential and Potential Energy
  6. 6Figure shows three points \( {A}, {B}\) and \( {C}\) in a region of uniform electric field \( {E}\). The line \(A B\) is perpendicular and \2023Electric Potential and Potential Energy
  7. 7The work done in carrying a charge \( {q}\) once around a circle or radius \(r\) with a charge \(Q\) placed at the centre will be2023Electric Potential and Potential Energy
  8. 8An object A has a charge of \(+2 {C}\) and the object \(B\) has charge of \(+6 {C}\). Which statement is true?2023Electric Charge and Coulomb's law
  9. 9An aluminium (Al) rod with area of cross-section \(4 10^{-6} {~m}^2\) has a current of 5 ampere, flowing through it. Find the drift velocity2023Electric Current and Drift of Electrons
  10. 10Taking the internal resistance of the battery as negligible, the steady state current in the \(2 \) resistor shown in the figure will be2023Charging and Discarging of capacitors
  11. 11In a given network, each resistance has value of \(6 \). The point \( {X}\) is connected to point \( {A}\) by a copper wire of negligible re2023Combination of Resistances
  12. 12The figure shows three situations when an electron with velocity \( { {v}}\) travels through a uniform magnetic field \( {B}\). In each case2023Motion of Charged Particle in Magnetic Field
  13. 13The magnetic field at \(P\) on the axis of a solenoid having 100 turns/metre and carrying a current of \(5 {~A}\) is:2023Magnetic Field
  14. 14In an A.C. circuit resistance \(R\), inductance \(L\) and capacitance \(C\) are in parallel. The value of \(R\) is \(50 \), inductive reacta2023Parallel AC Circuits
  15. 15The current \(i\) passed in any instrument in an A.C. circuit is \( {i}=2 {t}\) amp and potential difference applied is given by \( {V}=5 {t2023Alternating Current, Voltage and Power
  16. 16In A.C. circuit in which inductance and capacitance are joined in series. Current is found to be maximum when the value of inductance is \(02023AC Circuits
  17. 17In a series \(L C R\) circuit the frequency of a \(10 {~V}\) a.c. voltage source is adjusted in such a fashion that the reactance of the ind2023AC Circuits
  18. 18What direct current will produce the same amount of thermal energy in a resistance \(R=\) \(2 \) as an alternating current that a peak value2023Alternating Current, Voltage and Power
  19. 19A particle tied to a string describes a vertical circular motion of radius \(r\) continually. If it has a velocity \( {3 {gr}}\) at the high2023Non-uniform Circular Motion
  20. 20A generator at a utility company produces \(100 {~A}\) of current at \(4000 {~V}\). The voltage is stepped up to \(2,40,000 {~V}\) by a tran2023Transformers
  21. 21A parallel monochromatic beam of light is incident normally on a narrow slit. A diffraction pattern is formed on a screen placed perpendicul2023Diffraction of Light
  22. 22The electric field of a plane electromagnetic wave in free space travelling along \( {x}\)-direction is given by : \(E_z=60 (k x+ t) {V} / {2023Electromagnetic Waves and Maxwell's equations
  23. 23The binding energy of deuteron \( ({ }_1^2 {H} )\) is 1.15 \( {MeV}\) per nucleon and an alpha particle \( ({ }_2^4 {He} )\) has a binding e2023Nuclear energy
  24. 24Light of frequency \(5 v_0\) falls on a photosensitive surface of the threshold frequency \(v_0\). The velocity of emitted electrons is \(4 2023Photoelectric Effect
  25. 25What is the maximum wavelength of photon that would excite an electron in the valence band of diamond to the conduction band? The energy gap2023Energy Bands in Solids
  26. 26If the electron in hydrogen atom jumps from third orbit to second orbit, the wavelength of the emitted radiation is given by:2023Atomic Spectrum
  27. 27A p type semiconductor has acceptor levels 57 meV above the valance band. The maximum wavelength of light required to create hole is (Planck2023Energy Bands in Solids
  28. 28For the given case which figure is correctly showing the after inelastic collision situation?2023Collisions
  29. 29Intrinsic semiconductor is electrically neutral, extrinsic semiconductor having large number of current carriers would be:2023Semiconductors
  30. 30In a p-n junction diode acting as a half-waverectifier, which of the following statements is not true?2023Rectifier
  31. 31A transistor with \( =0.98\) is operated as an amplifier in a common base circuit with a load resistance of \(5 {k} \). If the dynamic resis2023Junction Transistors
  32. 32A transmitter radiates \(10 {~kW}\) of power with the carrier unmodulated and \(11.8 {~kW}\) with the carrier sinusoidally modulated. The mo2023Modulation
  33. 33The graph given is a stress-strain curve for2023Young's Modulus and Breaking Stres
  34. 34In Bernoulli's theorem which of the following is conserved?2023Hydrodynamics
  35. 35A bubble of \(n\) mole of helium is submerged at a certain depth in water. The temperature of water increases by \( {t}^{ } {C}\). How much 2023Calorimetry

Frequently Asked Questions

1.How many questions are in the VITEEE 2023 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.How is the VITEEE 2023 paper structured?

The VITEEE 2023 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.How difficult is the VITEEE 2023 paper?

Each question on MARKS carries a difficulty rating. Of the 110 rated questions in this paper, 48 (44%) are easy, 44 (40%) are medium and 18 (16%) are hard. Subject wise:

  • Chemistry: 13 easy, 20 medium, 2 hard
  • Mathematics: 16 easy, 15 medium, 9 hard
  • Physics: 19 easy, 9 medium, 7 hard
5.Which chapters were asked the most in the VITEEE 2023 paper?

The chapters with the most questions in each subject were:

  • Chemistry: Carboxylic Acid Derivatives (5), Aldehydes and Ketones (4), and Amines (4).
  • Mathematics: Mathematical Induction (4), Permutation Combination (3), and Probability (3).
  • Physics: Alternating Current (6), Electrostatics (6), and Semiconductors (5).
6.Where can I find the solutions for the VITEEE 2023 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 2023 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 2023 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.