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MHT-CET 2026 (18 April Shift I), Paper II, Physics & Chemistry question paper

100 questions · 100 marks · 90 minutes · +1 per correct answer, no negative marking

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Physics

50 questions

  1. 1
    The angle made by vector A⃗=2i^+3j^\vec{A} = 2\hat{i} + 3\hat{j} with x-axis and that with y-axis are respectively.

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  2. 2
    If two resistors of resistances have values R1=(350±3) ΩR_1 = (350 \pm 3)\,\Omega and R2=(140±4) ΩR_2 = (140 \pm 4)\,\Omega. The percentage error for the sum and difference of R1R_1 and R2R_2 are respectively

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  3. 3
    A body moves along a circular path of diameter 3030 cm. It starts from one end of diameter, moves along the circular path and reaches the other end of diameter in 3 second. The angular speed of the body in radian per second is

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  4. 4
    A block of mass M is lying on a horizontal frictionless surface. One end of the uniform rope of half the mass of the block is fixed to the block which is pulled in the horizontal direction by applying a force F at the other end. The tension in the middle of the rope will be

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  5. 5
    The angular momentum of a rotating body is 'L'. When the frequency of rotating body is tripled and its kinetic energy is made one-third, the new angular momentum becomes

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  6. 6
    A solid cylinder and a solid sphere having the same mass and radius roll down on the same smooth inclined plane. The ratio of the acceleration of the cylinder (ac)(a_c) to that of the sphere (as)(a_s) is

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  7. 7
    The radius of gyration K of a hollow sphere of mass M and radius R about an axis XY is equal to R as shown in figure. The distance of that axis from the center of the sphere is h. The value of h is

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  8. 8
    The lengths of seconds pendulums on the surface of the earth and at an altitude 'hh' from the surface of the earth are lsl_s and lhl_h respectively. The radius of the earth is

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  9. 9
    Time period of a simple pendulum is T1T_1 when on the earth's surface and T2T_2 when taken to a height '2R' above the earth's surface, where 'R' is the radius of the earth. The ratio T1:T2T_1 : T_2 is

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  10. 10
    The pressure at half the depth of a lake is equal to two-third pressure at the bottom of the lake. So the depth 'h' of the lake is (ρ\rho = density of water in the lake, gg = acceleration due to gravity, P0P_0 = atmospheric pressure).

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  11. 11
    A spherical object is falling under gravity through a viscous fluid. The sphere attains the terminal velocity when

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  12. 12
    A piston of cross-sectional area 2.5×10−2 m22.5 \times 10^{-2}\ \mathrm{m^2} is used in a hydraulic lift to exert a force of 250250 N on water. The cross-sectional area of the other piston which supports a car of mass 30003000 kg is (g=9.8 m/s2)(g = 9.8\ \mathrm{m/s^2})

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  13. 13
    Two spherical black bodies of radii R1R_1 and R2R_2 having surface temperature T1T_1 and T2T_2 respectively, radiate the same power. The ratio of R1R_1 to R2R_2 will be

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  14. 14
    The ratio of thermal conductivity of two rods of different materials is 4:34 : 3. The two rods have same area of cross-section and same thermal resistance. The lengths of rods are in the ratio

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  15. 15
    In thermodynamic process for free expansion, select the 'WRONG' statement out of the following options.

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  16. 16
    Which of the following graphs between pressure and volume of a gas correctly shows isochoric process in thermodynamics?

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  17. 17
    The r.m.s. speed of hydrogen at S.T.P. is 'uu' m/s. If the gas is heated at constant pressure till its volume becomes three times, the final temperature of the gas and the r.m.s. speed are respectively

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  18. 18
    An ideal gas is heated from 27 ∘C27\ ^\circ\mathrm{C} to 627 ∘C627\ ^\circ\mathrm{C} at constant pressure. If initial volume of gas is 4 m34\ \mathrm{m^3}, then the new volume of the gas will be

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  19. 19
    All the springs in fig (a), (b) and (c) are identical, each one having force constant K. Mass m is attached to each system. If TaT_a, TbT_b and TcT_c are the periodic time of oscillations of the three systems in fig (a), (b) and (c) respectively, then

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  20. 20
    A particle is performing simple harmonic motion about x=0x = 0 with an amplitude 'aa' and periodic time T. The speed of the particle at x=a3x = \dfrac{a}{3} will be

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  21. 21
    Two sources of sound are emitting progressive waves y1=4sin⁡708 πty_1 = 4\sin 708\,\pi t and y2=3sin⁡700 πty_2 = 3\sin 700\,\pi t. The sources are placed close to each other. The number of beats heard per second and intensity ratio between waxing and wanning are respectively

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  22. 22
    Fifth overtone of an open pipe of length L0L_0 is in unison with the fifth overtone of the pipe closed at one end of length LcL_c. The ratio L0L_0 to LcL_c is

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  23. 23
    The lengths of the two pipes open at both ends are L and (L+L1)(L + L_1). If they are sounded together, the beat frequency will be (vv = velocity of sound in air)

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  24. 24
    The number of waves counted by an observer on the sea-coast in one minute is 54. If the wavelength of the waves is 55 m then the velocity of the waves in m/s will be

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  25. 25
    When a dipole placed parallel to electric field is rotating through πc\pi^c, the work done is W. The work done in rotating the dipole through (π3)c\left(\dfrac{\pi}{3}\right)^c is (cos⁡0∘=1,cos⁡60∘=12,cos⁡180∘=−1)\left(\cos 0^\circ = 1, \cos 60^\circ = \dfrac{1}{2}, \cos 180^\circ = -1\right)

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  26. 26
    The point charges +q,−q,−q,+q,+Q+q, -q, -q, +q, +Q and −q-q are placed at the vertices of a regular hexagon ABCDEF as shown in the figure. The electric field at the centre of the hexagon 'O' due to the five charges at A, B, C, D and F is thrice the electric field at centre 'O' due to charge +Q+Q at E alone. The value of Q is

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  27. 27
    In an oscillating LC circuit, the maximum charge on the capacitor is Q. When the energy is stored equally between the electric and magnetic fields, the charge on the capacitor becomes

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  28. 28
    Two circular plates each of radius 'rr' are kept parallel to each other distance 'dd' apart. The capacitance of the capacitor formed is 'C1C_1'. If the radius of each of the plates is increased to 3\sqrt{3} times the earlier radius and their distance of separation decreased to half the initial value, the capacitance now becomes 'C2C_2'. The ratio C1:C2C_1 : C_2 is

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  29. 29
    A capacitor of capacitance C has charge Q and energy stored in it is W. If the charge is increased to 3Q, the energy stored in the capacitor W' will be

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  30. 30
    A potentiometer wire of length 44 m and resistance 5 Ω5\,\Omega is connected in series with a resistance of 992 Ω992\,\Omega and a cell of e.m.f. 44 V with internal resistance 3 Ω3\,\Omega. The length of 0.750.75 m on potentiometer wire balances the e.m.f. of

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  31. 31
    By connecting a resistance of 980 Ω980\,\Omega in series with a galvanometer, it is converted into a voltmeter of a certain range. When the resistance of 470 Ω470\,\Omega is connected in series, the range is halved. The resistance of the galvanometer is

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  32. 32
    The region inside a current carrying toroid is filled with a material (Niobium) having susceptibility χ=2.6×10−5\chi = 2.6 \times 10^{-5}. The percentage increase in the magnetic field in the presence of Niobium over that without it, is

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  33. 33
    In the following figure, the magnitude of the magnetic field at point 'O' will be

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  34. 34
    The ratio of magnetic field at the centre of the current carrying circular loop and its magnetic moment is 'xx'. When both the current and radius are tripled, then the ratio will be

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  35. 35
    In the circuit shown, when the current 'ii' is 33 A and increasing at the rate of 1 A/s1\ \mathrm{A/s} the measurement of the potential difference between A and B is 1212 V. But when the same current 33 A is decreasing at the rate of 1 A/s1\ \mathrm{A/s}, the measured potential difference VABV_{AB} between A and B is 66 V. The value of 'R' in the circuit is

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  36. 36
    Two coils have a mutual inductance of 0.0050.005 H. The current changes in the first coil according to equation I=I0sin⁡ωtI = I_0\sin\omega t, where I0=10I_0 = 10 A and ω=60π rad s−1\omega = 60\pi\ \mathrm{rad\,s^{-1}}. The maximum values of e.m.f. in the second coil in volt will be

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  37. 37
    The magnetic potential energy stored in a certain inductor is 4949 mJ when the current in the inductor is 7070 mA. The inductance of the inductor is

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  38. 38
    An a.c. source is applied to a series LR circuit with XL=3RX_L = 3R and power factor is X1X_1. Now a capacitor with Xc=RX_c = R is added in series to LR circuit and power factor is X2X_2. The ratio X1X_1 to X2X_2 is

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  39. 39
    In an a.c. circuit, a resistance R is connected in series with an inductance 'L'. If phase angle between voltage and current is 45∘45^\circ, the value of inductive reactance will be (sin⁡45∘=12=cos⁡45∘)\left(\sin 45^\circ = \dfrac{1}{\sqrt{2}} = \cos 45^\circ\right)

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  40. 40
    A simple microscope is a combination of two lenses in contact. Their powers are +20D+20\mathrm{D} and −4D-4\mathrm{D}. The distance of distinct vision is 2525 cm. When seen through the microscope, the size of the image of an object 33 mm high is

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  41. 41
    When a glass plate of refractive index 1.441.44 is introduced in the path of one of the interfering beams, the fringes are displaced by a distance 'yy'. If this plate is replaced by another plate of same thickness but of refractive index 1.661.66, the fringes will be displaced by a distance

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  42. 42
    In a certain region of the screen, number of fringes formed is observed to be 8 in Young's double slit experiment when light of wavelength 6600 A˚6600\ \mathrm{\mathring{A}} is used. If the light of wavelength 4400 A˚4400\ \mathrm{\mathring{A}} is used, the number of fringes observed in the same region of the screen will be

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  43. 43
    In a Fraunhofer diffraction of a single slit, when a slit is illuminated by a light of wavelength 6480 A˚6480\ \mathrm{\mathring{A}}, angular width of central maximum is measured. When the slit is illuminated by light of another wavelength 'λ\lambda' the angular width decreases by 25%25\%. The value of λ\lambda in A˚\mathrm{\mathring{A}} units is

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  44. 44
    If the kinetic energy of a particle is increased to 16 times, the percentage change in the de Broglie wavelength of a particle is

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  45. 45
    In case of photoelectric emission from certain metal, the cutoff frequency is ν\nu. If the radiation of frequency 3ν3\nu is incident on the metal plate, the maximum possible velocity of the emitted electrons will be (mm = mass of electron, hh = Planck's constant)

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  46. 46
    The triply ionized beryllium (Be+++\mathrm{Be^{+++}}) has the same electron orbital radius as that of the ground state of hydrogen. Hence, the energy state of triply ionized beryllium is (Given Z=4Z = 4 for beryllium)

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  47. 47
    The angular momentum of the electron in the third Bohr orbit of a hydrogen atom is 'll' so its angular momentum in the fourth Bohr orbit is

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  48. 48
    Which one of the following statements is 'WRONG' regarding LED?

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  49. 49
    Which of the following logic gates will have an output of '1' (one) for the given inputs?

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  50. 50
    A diode and resistance are connected as shown in figures. Out of the following statements, which one is true? Diode in A) fig (1) and fig (2) are both forward biased. B) fig (1) and fig (2) are both reverse biased. C) fig (1) is forward biased and in fig (2) is reverse biased. D) fig (1) is reverse biased and in fig (2) is forward biased.

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Chemistry

50 questions

  1. 51
    How many moles of potassium chlorate are heated to produce 22.422.4 lit of oxygen at STP ?

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  2. 52
    Which of the following colours of visible light has lowest energy?

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  3. 53
    What is formal charge on sulphur in sulphuric acid molecule?

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  4. 54
    Which of the following compound has square pyramidal structure?

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  5. 55
    Which of the following metal halides have more covalent character?

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  6. 56
    What ratio by mass of 'Ne' and CH4\mathrm{CH_4} should be mixed so that partial pressure exerted by each gas is same?

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  7. 57
    Calculate ΔH\Delta\mathrm{H} for the following reaction at 300 K 2C(s)+3H2(g)⟶C2H6(g)\mathrm{2C_{(s)} + 3H_{2(g)} \longrightarrow C_2H_{6(g)}} if ΔU\Delta\mathrm{U} for the reaction is −80-80 kJ (R=8.314 JK−1mol−1\mathrm{R} = 8.314\ \mathrm{JK^{-1}mol^{-1}})

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  8. 58
    For a certain reaction, ΔH∘=40\Delta\mathrm{H}^\circ = 40 kJ and ΔS∘=80 JK−1\Delta\mathrm{S}^\circ = 80\ \mathrm{JK^{-1}}. Find the temperature so that ΔG∘=0\Delta\mathrm{G}^\circ = 0

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  9. 59
    Which from following is correct expression of first law of thermodynamics for isothermal process?

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  10. 60
    Which of the following is Lewis acid?

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  11. 61
    The solubility of a sparingly soluble a salt AB2\mathrm{AB_2} is 1×10−6 mol/dm31 \times 10^{-6}\ \mathrm{mol/dm^3}. Calculate its solubility product?

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  12. 62
    What is the molarity of H2SO4\mathrm{H_2SO_4} solution having pH=4\mathrm{pH} = 4 ?

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  13. 63
    Identify the conjugate bases of H3PO3\mathrm{H_3PO_3} and H2SO4\mathrm{H_2SO_4} respectively from following.

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  14. 64
    What happens in the oxidation number of Mn during working of dry cell.

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  15. 65
    What is the formula of Tin (IV) oxide?

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  16. 66
    Identify the name of second higher homologue of formic acid?

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  17. 67
    What is the of number of chiral carbon atoms present in 2-Bromo-3,4,5-trimethylhexane ?

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  18. 68
    Which of the following alkyl chlorides on Wurtz reaction gives 2, 2, 5, 5- tetramethylhexane ?

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  19. 69
    Calculate the number of atoms present in 11 g metal that forms simple unit cell structure if product of density and volume of unit cell is 66.5×10−2466.5 \times 10^{-24} g

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  20. 70
    Calculate the void volume in fcc unit cell if total volume of a unit cell is 6.4×10−23 cm36.4 \times 10^{-23}\ \mathrm{cm^3} ?

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  21. 71
    What is the total number of Bravais lattices in orthorhombic crystal system?

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  22. 72
    4040 gram nonelectrolyte solute having molar mass 180 g mol−1180\ \mathrm{g\,mol^{-1}} dissolved in water has osmotic pressure 22 atm at 300300 K. Calculate the volume of solution. (R=0.0821 atm mol−1K−1\mathrm{R} = 0.0821\ \mathrm{atm\,mol^{-1}K^{-1}})

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  23. 73
    Calculate the molality of solution of nonvolatile solute if boiling point of solution, molal elevation constant for solvent are 319.8319.8 K and 2.5 K kg mol−12.5\ \mathrm{K\,kg\,mol^{-1}} respectively [Boiling point of solvent = 319.5319.5 K]

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  24. 74
    Identify correct statements from following regarding 0.20.2 M urea and 0.20.2 M sucrose solutions.

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  25. 75
    For a certain redox reaction in galvanic cell X(s)+Y(aq)2+⟶X(aq)2++Y(s)\mathrm{X_{(s)} + Y^{2+}_{(aq)} \longrightarrow X^{2+}_{(aq)} + Y_{(s)}}, E∘\mathrm{E^\circ} cell is 0.02960.0296 V at 298298 K. What is equilibrium constant of reaction?

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  26. 76
    Which of the following net cell reactions occurs in a galvanic cell containing cadmium electrode and standard hydrogen electrode? E(Cd(aq)2+∣Cd(s))∘=−0.403 V\mathrm{E^\circ_{(Cd^{2+}_{(aq)}|Cd_{(s)})} = -0.403\ V}.

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  27. 77
    In a first order reaction 20 millimole of reactant is lowered to 10 millimole in 0.30100.3010 minute. Find rate constant of the reaction?

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  28. 78
    For the reaction 2NOBr(g)⟶2NO(g)+Br2(g)\mathrm{2NOBr_{(g)} \longrightarrow 2NO_{(g)} + Br_{2(g)}}, rate law is r=k[NOBr]2r = k[\mathrm{NOBr}]^2. Rate constant is 1.62 M s−11.62\ \mathrm{M\,s^{-1}} and concentration of NOBr is 5×10−35 \times 10^{-3} M, What is rate of reaction?

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  29. 79
    Which of the following reactions has of overall order 1.51.5 ?

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  30. 80
    Which from following anions has greater power for coagulation of positive sol?

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  31. 81
    Which actinoid from following has smallest ionic size in +3+3 state?

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  32. 82
    What is the total number of transition series of d-block elements?

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  33. 83
    Identify a ligand with highest field strength among the following.

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  34. 84
    Find EAN of Fe in Fe(CO)5\mathrm{Fe(CO)_5}

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  35. 85
    The reaction of aryl halide with sodium metal in dry ether to give biphenyl is known as

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  36. 86
    Identify the product P obtained in following reaction C6H5OH+H−C∣H=O→AcidP\mathrm{C_6H_5OH + H{-}\underset{\displaystyle H}{\underset{|}{C}}{=}O \xrightarrow{\text{Acid}} P}

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  37. 87
    Which among the following has lowest boiling point?

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  38. 88
    Which from following is obtained by hydroboration - oxidation of propene?

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  39. 89
    Identify the reagent 'R' used in the following reaction C6H5COCl→RC6H5CHO+HCl\mathrm{C_6H_5COCl \xrightarrow{R} C_6H_5CHO + HCl}

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  40. 90
    Identify the product 'B' in the following reaction Isopropyl cyanide →SnCl2,HClA→H3O+B+NH4Cl\xrightarrow{\mathrm{SnCl_2, HCl}} \mathrm{A} \xrightarrow{\mathrm{H_3O^+}} \mathrm{B + NH_4Cl}

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  41. 91
    Benzonitrile on reaction with a reagent in dry ether followed by hydrolysis forms benzophenone along with ammonia and hydroxymagnesium bromide. Identify the reagent used in above transformation.

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  42. 92
    Propyne on reaction with water in presence of 40%40\% sulphuric acid and 1%1\% mercuric sulphate forms

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  43. 93
    Identify final products in the following sequence of reactions RCOOH+R′OH→H+intermediate→Ni,ΔH2Products\mathrm{RCOOH + R'OH \xrightarrow{H^+} \text{intermediate} \xrightarrow[\mathrm{Ni},\Delta]{H_2} \text{Products}}

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  44. 94
    Which from following amines does NOT form alkyl isocyanide when heated with alc. KOH and chloroform

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  45. 95
    Which from following statements is NOT correct regarding Hofmann's exhaustive alkylation?

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  46. 96
    Which from following is NOT a globular protein?

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  47. 97
    Which of the following has largest size?

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  48. 98
    What is the total mass of products obtained when one gram mole of sucrose is hydrolysed?

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  49. 99
    Which from following polymers is NOT obtained by addition polymerisation method?

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  50. 100
    Which medicinal property is exhibited by methylsalicylate?

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