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2023 · Shift 2

51 questions · JEE Advanced
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2023 · Shift 2

51 questions · JEE Advanced

Chemistry17 questionsMathematics17 questionsPhysics17 questions
Chemical Bonding and Molecular StructureChemistry · 3 questionsSurface ChemistryChemistry · 1 questionsHaloalkanes and HaloarenesChemistry · 1 questionsBiomoleculesChemistry · 1 questionsCoordination CompoundsChemistry · 1 questionsSolid StateChemistry · 1 questionsAldehydes Ketones and Carboxylic AcidsChemistry · 1 questionsSome Basic Concepts of ChemistryChemistry · 1 questionsStructure of AtomChemistry · 1 questionsSolutionsChemistry · 1 questionsPractical Organic ChemistryChemistry · 1 questionsThermodynamicsChemistry · 2 questionsCompounds Containing NitrogenChemistry · 2 questionsDifferential EquationsMathematics · 2 questionsProbabilityMathematics · 4 questionsInverse Trigonometric FunctionsMathematics · 1 questionsVector AlgebraMathematics · 1 questionsMatrices and DeterminantsMathematics · 2 questionsLimits Continuity and DifferentiabilityMathematics · 1 questionsDifferentiationMathematics · 1 questionsDefinite IntegrationMathematics · 1 questionsCircleMathematics · 2 questionsProperties of TriangleMathematics · 1 questionsTrigonometric Functions and EquationsMathematics · 1 questionsElectrostaticsPhysics · 1 questionsUnits and MeasurementsPhysics · 1 questionsLaws of MotionPhysics · 1 questionsHeat and ThermodynamicsPhysics · 4 questionsGeometrical OpticsPhysics · 1 questionsRotational MotionPhysics · 2 questionsElectromagnetic WavesPhysics · 1 questionsMagnetismPhysics · 1 questionsWavesPhysics · 3 questionsProperties of MatterPhysics · 1 questionsAtoms and NucleiPhysics · 1 questions
  1. Q1.The correct molecular orbital diagram for F2​ molecule in the ground state is :
    Chemistry · Chemical Bonding and Molecular Structure · MCQ
  2. Q2.Consider the following statements related to colloids. (I) Lyophobic colloids are not formed by simple mixing of dispersed phase and dispersion medium. (II) For emulsions, both the dispersed phase and the dispersion medium are liquid.…
    Chemistry · Surface Chemistry · MCQ
  3. Q3.In the following reactions, P,Q,R, and S are the major products. The correct statement about P,Q,R, and S is : Includes diagram
    Chemistry · Haloalkanes and Haloarenes · MCQ
  4. Q4.A disaccharide X cannot be oxidised by bromine water. The acid hydrolysis of X leads to a laevorotatory solution. The disaccharide X is :
    Chemistry · Biomolecules · MCQ
  5. Q5.The complex(es), which can exhibit the type of isomerism shown by [Pt(NH3​)2​Br2​], is(are) : [en =H2​NCH2​CH2​NH2​ ]
    Chemistry · Coordination Compounds · Multiple correct
  6. Q6.Atoms of metals x,y, and z form face-centred cubic (fcc) unit cell of edge length Lx​, body-centred cubic (bcc) unit cell of edge length Ly​, and simple cubic unit cell of…
    Chemistry · Solid State · Multiple correct
  7. Q7.In the following reactions, P,Q,R, and S are the major products. The correct statement(s) about P,Q,R, and S is(are) : Includes diagram
    Chemistry · Aldehydes Ketones and Carboxylic Acids · Multiple correct
  8. Q8.H2​S(5 moles) reacts completely with acidified aqueous potassium permanganate solution. In this reaction, the number of moles of water produced is x, and the number of moles of electrons involved is y…
    Chemistry · Some Basic Concepts of Chemistry · Numerical
  9. Q9.Among [I3​]+,[SiO4​]4−,SO2​Cl2​,XeF2​,SF4​,ClF3​,Ni(CO)4​,XeO2​ F2​,[PtCl4​]2−,XeF4​…
    Chemistry · Chemical Bonding and Molecular Structure · Numerical
  10. Q10.Consider the following molecules: Br3​O8​, F2​O,H2​S4​O6​,H2​S5​O6​, and C3​O2​. Count the number of atoms existing…
    Chemistry · Chemical Bonding and Molecular Structure · Numerical
  11. Q11.For He+, a transition takes place from the orbit of radius 105.8pm to the orbit of radius 26.45pm. The wavelength (in nm) of the emitted photon during the transition is ​. [Use…
    Chemistry · Structure of Atom · Numerical
  12. Q12.50 mL of 0.2 molal urea solution (density =1.012 g mL−1 at 300 K) is mixed with 250 mL of a solution containing 0.06 g of urea. Both the solutions were prepared in…
    Chemistry · Solutions · Numerical
  13. Q13.The reaction of 4-methyloct-1-ene (P,2.52 g) with HBr in the presence of (C6​H5​CO)2​O2​ gives two isomeric bromides in a 9:1 ratio, with a combined…
    Chemistry · Practical Organic Chemistry · Numerical
  14. Q14.The entropy versus temperature plot for phases α and β at 1 bar pressure is given. ST​ and S0​ are entropies of the phases at temperatures T and 0 K, respectively. The transition… Includes diagram
    Chemistry · Thermodynamics · Numerical
  15. Q15.The entropy versus temperature plot for phases α and β at 1 bar pressure is given. ST​ and S0​ are entropies of the phases at temperatures T and 0 K, respectively. The transition… Includes diagram
    Chemistry · Thermodynamics · Numerical
  16. Q16.A trinitro compound, 1,3,5-tris-(4-nitrophenyl)benzene, on complete reaction with an excess of Sn/HCl gives a major product, which on treatment with an excess of NaNO2​/HCl at 0∘C…
    Chemistry · Compounds Containing Nitrogen · Numerical
  17. Q17.A trinitro compound, 1,3,5-tris-(4-nitrophenyl)benzene, on complete reaction with an excess of Sn/HCl gives a major product, which on treatment with an excess of NaNO2​/HCl at 0∘C…
    Chemistry · Compounds Containing Nitrogen · Numerical
  18. Q18.Let f:[1,∞)→R be a differentiable function such that f(1)=31​ and 31∫x​f(t)dt=xf(x)−3x3​,x∈[1,∞). Let e denote the base of the natural logarithm. Then the value…
    Mathematics · Differential Equations · MCQ
  19. Q19.Consider an experiment of tossing a coin repeatedly until the outcomes of two consecutive tosses are same. If the probability of a random toss resulting in head is 31​, then the probability that the experiment stops with head is :
    Mathematics · Probability · MCQ
  20. Q20.For any y∈R, let cot−1(y)∈(0,π) and tan−1(y)∈(−2π​,2π​). Then the sum of all the solutions of the equation tan−1(9−y26y​)+cot−1(6y9−y2​)=32π​…
    Mathematics · Inverse Trigonometric Functions · MCQ
  21. Q21.Let the position vectors of the points P,Q,R and S be a=i^+2j^​−5k^,b=3i^+6j^​+3k^, c=517​i^+516​j^​+7k^ and $\vec{d}=2…
    Mathematics · Vector Algebra · MCQ
  22. Q22.Let M=(aij​),i,j∈{1,2,3}, be the 3×3 matrix such that aij​=1 if j+1 is divisible by i, otherwise aij​=0. Then which of the following statements is(are) true?
    Mathematics · Matrices and Determinants · Multiple correct
  23. Q23.Let f:(0,1)→R be the function defined as f(x)=[4x](x−41​)2(x−21​), where [x] denotes the greatest integer less than or equal to x. Then which of the following statements…
    Mathematics · Limits Continuity and Differentiability · Multiple correct
  24. Q24.Let S be the set of all twice differentiable functions f from R to R such that dx2d2f​(x)>0 for all x∈(−1,1). For f∈S, let Xf​ be the number of points x∈(−1,1) for which…
    Mathematics · Differentiation · Multiple correct
  25. Q25.For x∈R, let tan−1(x)∈(−2π​,2π​). Then the minimum value of the function f:R→R defined by f(x)=0∫xtan−1x​1+t2023e(t−cost)​dt…
    Mathematics · Definite Integration · Numerical
  26. Q26.For x∈R, let y(x) be a solution of the differential equation (x2−5)dxdy​−2xy=−2x(x2−5)2 such that y(2)=7. Then the maximum value of the function y(x) is :
    Mathematics · Differential Equations · Numerical
  27. Q27.Let X be the set of all five digit numbers formed using 1,2,2,2,4,4,0. For example, 22240 is in X while 02244 and 44422 are not in X. Suppose that each element of X has an equal chance of being chosen. Let p be the conditional…
    Mathematics · Probability · Numerical
  28. Q28.Let A1​,A2​,A3​,…,A8​ be the vertices of a regular octagon that lie on a circle of radius 2 . Let P be a point on the circle and let PAi​ denote the distance between the points P and Ai​ for i=1,2,…,8. If P…
    Mathematics · Circle · Numerical
  29. Q29.Let R=⎩⎨⎧​​ac0​325​bd0​​:a,b,c,d∈{0,3,5,7,11,13,17,19}⎭⎬⎫​. Then the number of invertible matrices in R is :
    Mathematics · Matrices and Determinants · Numerical
  30. Q30.Let C1​ be the circle of radius 1 with center at the origin. Let C2​ be the circle of radius r with center at the point A=(4,1), where 1<r<3. Two distinct common tangents PQ and ST of C1​ and C2​ are drawn. The…
    Mathematics · Circle · Numerical
  31. Q31.Consider an obtuse angled triangle ABC in which the difference between the largest and the smallest angle is 2π​ and whose sides are in arithmetic progression. Suppose that the vertices of this triangle lie on a circle of…
    Mathematics · Properties of Triangle · Numerical
  32. Q32.Consider an obtuse angled triangle ABC in which the difference between the largest and the smallest angle is 2π​ and whose sides are in arithmetic progression. Suppose that the vertices of this triangle lie on a circle of…
    Mathematics · Trigonometric Functions and Equations · Numerical
  33. Q33.Consider the 6×6 square in the figure. Let A1​,A2​,…,A49​ be the points of intersections (dots in the picture) in some order. We say that Ai​ and Aj​ are friends if they are adjacent along a row or along a column.… Includes diagram
    Mathematics · Probability · Numerical
  34. Q34.Consider the 6×6 square in the figure. Let A1​,A2​,…,A49​ be the points of intersections (dots in the picture) in some order. We say that Ai​ and Aj​ are friends if they are adjacent along a row or along a column.… Includes diagram
    Mathematics · Probability · Numerical
  35. Q35.An electric dipole is formed by two charges +q and −q located in xy-plane at (0,2)mm and (0,−2)mm, respectively, as shown in the figure. The electric potential at point P(100,100)mm due to the… Includes diagram
    Physics · Electrostatics · MCQ
  36. Q36.Young's modulus of elasticity Y is expressed in terms of three derived quantities, namely, the gravitational constant G, Planck's constant h and the speed of light c, as Y=cαhβGγ. Which of the following is the…
    Physics · Units and Measurements · MCQ
  37. Q37.A particle of mass m is moving in the xy-plane such that its velocity at a point (x,y) is given as v=α(yx^+2xy^​), where α is a non-zero constant. What is the force F…
    Physics · Laws of Motion · MCQ
  38. Q38.An ideal gas is in thermodynamic equilibrium. The number of degrees of freedom of a molecule of the gas is n. The internal energy of one mole of the gas is Un​ and the speed of sound in the gas is vn​. At a fixed temperature…
    Physics · Heat and Thermodynamics · MCQ
  39. Q39.A monochromatic light wave is incident normally on a glass slab of thickness d, as shown in the figure. The refractive index of the slab increases linearly from n1​ to n2​ over the height h. Which of the following statement(s)… Includes diagram
    Physics · Geometrical Optics · Multiple correct
  40. Q40.An annular disk of mass M, inner radius a and outer radius b is placed on a horizontal surface with coefficient of friction μ, as shown in the figure. At some time, an impulse J0​x^ is applied at a height h above the… Includes diagram
    Physics · Rotational Motion · Multiple correct
  41. Q41.The electric field associated with an electromagnetic wave propagating in a dielectric medium is given by E=30(2x^+y^​)sin[2π(5×1014t−3107​z)]Vm−1. Which of…
    Physics · Electromagnetic Waves · Multiple correct
  42. Q42.A thin circular coin of mass 5gm and radius 4/3 cm is initially in a horizontal xy-plane. The coin is tossed vertically up ( +z direction) by applying an impulse of 2π​​×10−2 N… Includes diagram
    Physics · Rotational Motion · Numerical
  43. Q43.A rectangular conducting loop of length 4 cm and width 2 cm is in the xy-plane, as shown in the figure. It is being moved away from a thin and long conducting wire along the direction 23​​x^+21​y^​… Includes diagram
    Physics · Magnetism · Numerical
  44. Q44.A string of length 1 m and mass 2×10−5 kg is under tension T. When the string vibrates, two successive harmonics are found to occur at frequencies 750 Hz and 1000 Hz. The value of…
    Physics · Waves · Numerical
  45. Q45.An incompressible liquid is kept in a container having a weightless piston with a hole. A capillary tube of inner radius 0.1 mm is dipped vertically into the liquid through the airtight piston hole, as shown in the figure. The… Includes diagram
    Physics · Properties of Matter · Numerical
  46. Q46.In a radioactive decay process, the activity is defined as A=−dtdN​, where N(t) is the number of radioactive nuclei at time t. Two radioactive sources, S1​ and S2​ have same activity at time t=0. At a later time, the…
    Physics · Atoms and Nuclei · Numerical
  47. Q47.One mole of an ideal gas undergoes two different cyclic processes I and II, as shown in the P−V diagrams below. In cycle I, processes a,b,c and d are isobaric, isothermal, isobaric and isochoric, respectively. In cycle II,… Includes diagram
    Physics · Heat and Thermodynamics · Numerical
  48. Q48.S1​ and S2​ are two identical sound sources of frequency 656 Hz. The source S1​ is located at O and S2​ moves anti-clockwise with a uniform speed 42​ m s−1 on a circular path around… Includes diagram
    Physics · Waves · Numerical
  49. Q49.S1​ and S2​ are two identical sound sources of frequency 656 Hz. The source S1​ is located at O and S2​ moves anti-clockwise with a uniform speed 42​ m s−1 on a circular path around… Includes diagram
    Physics · Waves · Numerical
  50. Q50.A cylindrical furnace has height (H) and diameter (D) both 1 m. It is maintained at temperature 360 K. The air gets heated inside the furnace at constant pressure Pa​ and its temperature becomes T=360 K… Includes diagram
    Physics · Heat and Thermodynamics · Numerical
  51. Q51.A cylindrical furnace has height (H) and diameter (D) both 1 m. It is maintained at temperature 360 K. The air gets heated inside the furnace at constant pressure Pa​ and its temperature becomes T=360 K… Includes diagram
    Physics · Heat and Thermodynamics · Numerical