MHTCET B.TECH TYPE 3

0 votes, 0 avg

Timer Started ✅ (MHT-CET PCM Practice Test)
Total Duration: 180 Minutes (3 Hours) CET Cell+1
No Negative Marking—attempt confidently, but avoid careless mistakes. CET Cell+1
All the best! ✅

Time Over ⏳
Your responses have been submitted automatically.
Now review solutions, note mistakes, and revise weak topics to improve your score. ✅

MHTCET B.TECH TYPE 3

Please fill your details to access the mock test

Provide your correct Name, Mobile Number, City, and Email ID to receive
new mock test updates, rank analysis, and important exam notifications.

🔒 Your data is 100% safe. We never share your information with anyone.
It will be used only to inform you about new test releases and result updates.

1 / 150

1. For a gaseous equilibrium with Δn=1, if Kc=0.50 at 300 K, Kp ≈ Kc×RT. Find Kp (R=0.082):

1) 12.30

2) 24.60

3) 0.50

4) 6.15

2 / 150

2. For the line y = 8x + 16, the x-intercept is:

1) -4

2) 0

3) 2

4) -2

3 / 150

3. Time period of simple pendulum depends on:

1) colour

2) length

3) mass

4) amplitude only

4 / 150

4. Equation of line with slope 4 and intercept 5 is:

1) y = 5x + 4

2) x = 4y + 5

3) y = 4x – 5

4) y = 4x + 5

5 / 150

5. Equation of line with slope 4 and intercept 3 is:

1) y = 4x + 3

2) y = 3x + 4

3) y = 4x – 3

4) x = 4y + 3

6 / 150

6. Equivalent resistance of 7 Ω and 13 Ω in series is:

1) 91 Ω

2) 13 Ω

3) 7 Ω

4) 20 Ω

7 / 150

7. Probability of getting tail in one coin toss is:

1) 2

2) 1

3) 1/2

4) 0

8 / 150

8. If A={1,3,5} and B={3,4}, then A ∪ B is:

1) {1,5}

2) {1,3,4,5}

3) {3}

4) { }

9 / 150

9. For a conductor, Ohm’s law states that V is proportional to:

1) I (at constant temperature)

2) R only

3) Area only

4) Temperature only

10 / 150

10. Resistivity is a property of:

1) Current only

2) Shape

3) Length only

4) Material

11 / 150

11. Absolute zero equals:

1) -273.15°C

2) -100°C

3) 0°C

4) 273.15°C

12 / 150

12. Value of combination 13C5 is:

1) 1294

2) 1280

3) 65

4) 1287

13 / 150

13. In an endothermic process, heat absorbed is taken as:

1) Positive

2) Negative

3) Undefined

4) Zero

14 / 150

14. Compute: ∫₀^4 (2x + 4) dx equals:

1) 24

2) 32

3) 12

4) 32

15 / 150

15. The magnitude of vector (5,9,6) is:

1) √142

2) √144

3) 20

4) √140

16 / 150

16. Charge on a 6 μF capacitor at 30 V is:

1) 180 μC

2) 6 μC

3) 30 μC

4) 90.0 μC

17 / 150

17. Charge on a 8 μF capacitor at 20 V is:

1) 80.0 μC

2) 20 μC

3) 8 μC

4) 160 μC

18 / 150

18. A body moves with u=11 m/s, a=5 m/s² for t=5 s. Distance covered is:

1) 58.8 m

2) 55.0 m

3) 117.5 m

4) 25.0 m

19 / 150

19. Number of moles in 276 g of a substance (molar mass 92 g/mol) is:

1) 3

2) 92

3) 4

4) 2

20 / 150

20. For an aqueous solution of molality 0.20, boiling point elevation (Kb=0.52) is:

1) 0.208 K

2) 0.052 K

3) 0.104 K

4) 0.520 K

21 / 150

21. Momentum of mass 8 kg moving at 5 m/s is:

1) 40 kg·m/s

2) 13 kg·m/s

3) 20.0 kg·m/s

4) 200 kg·m/s

22 / 150

22. Acceleration when force=55 N acts on mass=2 kg is:

1) 55.00 m/s²

2) 55.00 m/s²

3) 13.75 m/s²

4) 27.50 m/s²

23 / 150

23. For the line y = 8x + 24, the x-intercept is:

1) 3

2) -1

3) -3

4) -5

24 / 150

24. If y = 5x^3 + 2x, then dy/dx at x=5 is:

1) 382

2) 75

3) 377

4) 372

25 / 150

25. For a gaseous equilibrium with Δn=1, if Kc=1.70 at 300 K, Kp ≈ Kc×RT. Find Kp (R=0.082):

1) 20.91

2) 41.82

3) 83.64

4) 1.70

26 / 150

26. Power of lens with focal length 65 cm is:

1) 2 D

2) 1.54 D

3) 0.77 D

4) 3.08 D

27 / 150

27. Examples of colloids include:

1) Salt solution

2) Milk

3) Sugar solution

4) Air-free water

28 / 150

28. A body moves with u=5 m/s, a=2 m/s² for t=5 s. Distance covered is:

1) 10.0 m

2) 50.0 m

3) 25.0 m

4) 25.0 m

29 / 150

29. Current through a 9 Ω resistor at 24 V is:

1) 8/3 A

2) 9 A

3) 1 A

4) 24 A

30 / 150

30. If f=60 Hz and λ=0.25 m, wave speed is:

1) 7.50 m/s

2) 15.00 m/s

3) 240.00 m/s

4) 30.00 m/s

31 / 150

31. Dimensional formula of energy is:

1) ML^-1T^-2

2) M^0L^0T^0

3) MLT^-2

4) ML^2T^-2

32 / 150

32. pH of a 10^-2 M NaOH solution is approximately:

1) 11

2) 12

3) 2

4) 13

33 / 150

33. Number of protons in nucleus equals:

1) mass number

2) binding energy

3) atomic number

4) neutron number

34 / 150

34. If f=100 Hz and λ=0.35 m, wave speed is:

1) 285.71 m/s

2) 35.00 m/s

3) 70.00 m/s

4) 17.50 m/s

35 / 150

35. Mass corresponding to 6 moles of a substance of molar mass 68 g/mol is:

1) 408 g

2) 476 g

3) 204 g

4) 68 g

36 / 150

36. For the line y = 8x + 40, the x-intercept is:

1) -5

2) -3

3) 5

4) -7

37 / 150

37. Unit of rate constant for a 3 order reaction (in molarity units) is:

1) mol L^-1 s^-1

2) L mol^-1 s^-1

3) L^2 mol^-2 s^-1

4) s^-1

38 / 150

38. Value of log₂(2^10) is:

1) 1

2) 10

3) 11

4) 9

39 / 150

39. If y = 3x^3 + 2x, then dy/dx at x=5 is:

1) 227

2) 232

3) 222

4) 45

40 / 150

40. Evaluate: lim(x→5) (x²-25)/(x-5) equals:

1) 25

2) 12

3) 10

4) 5

41 / 150

41. For a first order reaction with k=0.30 s^-1, half-life is approximately:

1) 3.33 s

2) 2.31 s

3) 1.15 s

4) 4.62 s

42 / 150

42. Equivalent resistance of 7 Ω and 12 Ω in parallel is:

1) 19 Ω

2) 7 Ω

3) 84/19 Ω

4) 84 Ω

43 / 150

43. Moles in 9 g of water (H2O) are:

1) 2

2) 1

3) 0.5

4) 0.25

44 / 150

44. For an aqueous solution of molality 0.40, boiling point elevation (Kb=0.52) is:

1) 0.520 K

2) 0.208 K

3) 0.104 K

4) 0.416 K

45 / 150

45. Value of combination 12C3 is:

1) 213

2) 220

3) 227

4) 36

46 / 150

46. For a first order reaction with k=0.35 s^-1, half-life is approximately:

1) 1.98 s

2) 0.99 s

3) 2.86 s

4) 3.96 s

47 / 150

47. Charge passed when current 6 A flows for 540 s is:

1) 3240 C

2) 546 C

3) 1620 C

4) 1749600 C

48 / 150

48. For a first order reaction with k=0.25 s^-1, half-life is approximately:

1) 5.54 s

2) 4.00 s

3) 1.39 s

4) 2.77 s

49 / 150

49. Current through a 15 Ω resistor at 24 V is:

1) 15 A

2) 24 A

3) 1 A

4) 8/5 A

50 / 150

50. If cotθ = 1 and θ is acute, then θ is:

1) 45°

2) 30°

3) 60°

4) 90°

51 / 150

51. Freezing point depression for molality 0.55 (Kf=1.86) is:

1) 1.86 K

2) 2.05 K

3) 1.02 K

4) 0.51 K

52 / 150

52. Oxidation number of N in NO3− is:

1) +5

2) +7

3) -3

4) +3

53 / 150

53. Lenz’s law gives direction of:

1) Magnetic pole

2) Resistance

3) Induced current

4) Electric field

54 / 150

54. Value of log₂(2^6) is:

1) 5

2) 7

3) 6

4) 1

55 / 150

55. Heat required to raise temperature of 300 g water by 30°C (c=4.2 J/g°C) is:

1) 37800 J

2) 18900 J

3) 75600 J

4) 9000 J

56 / 150

56. In AP: a=6, d=1. The 7th term is:

1) 42

2) 12

3) 11

4) 13

57 / 150

57. If α,β are roots of x² – 14x + 14 = 0, then αβ is:

1) 13

2) 15

3) 14

4) 14

58 / 150

58. Volume of cone with base radius 3 and height 4 is:

1) 16π

2) 24π

3) 12π

4) 36π

59 / 150

59. Ester formed by reaction of propanoic acid with propanol is:

1) Aldehyde

2) Sodium salt

3) Amide

4) propylyl propylanoicate

60 / 150

60. A body moves with u=13 m/s, a=6 m/s² for t=5 s. Distance covered is:

1) 30.0 m

2) 140.0 m

3) 70.0 m

4) 65.0 m

61 / 150

61. In SHM, maximum speed occurs at:

1) Mean position

2) Depends on mass

3) Any position

4) Extreme position

62 / 150

62. pH of a 10^-1 M HCl solution is approximately:

1) 2

2) 1

3) 7

4) 0

63 / 150

63. Value of log₂(2^5) is:

1) 6

2) 1

3) 4

4) 5

64 / 150

64. Simplify: (35^2 – 15^2)/(35-15) equals:

1) 50

2) 54

3) 525

4) 20

65 / 150

65. If log₁₀x = 2, then x is:

1) 20

2) 100

3) 10

4) 200

66 / 150

66. Unit of rate constant for a 1 order reaction (in molarity units) is:

1) L mol^-1 s^-1

2) mol L^-1

3) mol L^-1 s^-1

4) s^-1

67 / 150

67. Midpoint of (2,4) and (6,10) is:

1) (4,7)

2) (5,7)

3) (4,6)

4) (3,7)

68 / 150

68. Equation of line with slope 4 and intercept 7 is:

1) y = 7x + 4

2) y = 4x + 7

3) x = 4y + 7

4) y = 4x – 7

69 / 150

69. Transformer: Np=300, Ns=500, Vp=220 V. Find Vs:

1) 220 V

2) 183 V

3) 367 V

4) 733 V

70 / 150

70. Equivalent resistance of 13 Ω and 15 Ω in parallel is:

1) 195/28 Ω

2) 28 Ω

3) 195 Ω

4) 13 Ω

71 / 150

71. Unit of electric potential is:

1) C

2) T

3) N/C

4) V

72 / 150

72. Number of ways to arrange 4 distinct objects is:

1) 8

2) 4

3) 24

4) 12

73 / 150

73. Simplify: (19^2 – 22^2)/(19-22) equals:

1) -3

2) 41

3) 418

4) 45

74 / 150

74. A particle has u=9 m/s, a=1 m/s² for t=3 s. Find v:

1) 27 m/s

2) 15 m/s

3) 3 m/s

4) 12 m/s

75 / 150

75. Heat required to raise temperature of 100 g water by 10°C (c=4.2 J/g°C) is:

1) 2100 J

2) 8400 J

3) 4200 J

4) 1000 J

76 / 150

76. Gravitational potential energy near Earth is:

1) gh/m

2) mgh

3) m/g

4) mg/h

77 / 150

77. Charge passed when current 2 A flows for 300 s is:

1) 302 C

2) 600 C

3) 180000 C

4) 300 C

78 / 150

78. Hybridization of the central atom in C2H2 is:

1) sp2

2) sp

3) sp3

4) sp

79 / 150

79. Compute: ∫₀^5 (6x + 6) dx equals:

1) 105

2) 36

3) 105

4) 60

80 / 150

80. Intensity of a wave is proportional to square of:

1) amplitude

2) wavelength

3) frequency

4) speed

81 / 150

81. Heat required to raise temperature of 200 g water by 20°C (c=4.2 J/g°C) is:

1) 8400 J

2) 4000 J

3) 33600 J

4) 16800 J

82 / 150

82. Current through a 12 Ω resistor at 24 V is:

1) 1 A

2) 24 A

3) 12 A

4) 2 A

83 / 150

83. Teflon is a polymer of:

1) Vinyl chloride

2) Styrene

3) Ethene

4) Tetrafluoroethylene

84 / 150

84. Value of combination 17C2 is:

1) 34

2) 136

3) 143

4) 129

85 / 150

85. For an aqueous solution of molality 0.30, boiling point elevation (Kb=0.52) is:

1) 0.078 K

2) 0.156 K

3) 0.312 K

4) 0.520 K

86 / 150

86. Equivalent resistance of 13 Ω and 16 Ω in series is:

1) 29 Ω

2) 208 Ω

3) 13 Ω

4) 16 Ω

87 / 150

87. If α,β are roots of x² – 16x + 13 = 0, then αβ is:

1) 13

2) 14

3) 16

4) 12

88 / 150

88. A particle has u=16 m/s, a=4 m/s² for t=9 s. Find v:

1) 36 m/s

2) 55 m/s

3) 52 m/s

4) 144 m/s

89 / 150

89. Momentum of mass 4 kg moving at 6 m/s is:

1) 24 kg·m/s

2) 10 kg·m/s

3) 144 kg·m/s

4) 12.0 kg·m/s

90 / 150

90. SI unit of electric charge is:

1) Ohm

2) Volt

3) Coulomb

4) Ampere

91 / 150

91. Frictional force acts:

1) in zero direction

2) opposite relative motion

3) along applied force

4) perpendicular always

92 / 150

92. For a cell with E°=1.15 V and n=2, if Q=10 at 25°C, E is approximately:

1) 1.12 V

2) 1.09 V

3) 1.15 V

4) 1.15 V

93 / 150

93. Equivalent resistance of 7 Ω and 7 Ω in series is:

1) 49 Ω

2) 7 Ω

3) 14 Ω

4) 7 Ω

94 / 150

94. Unit of rate constant for a 2 order reaction (in molarity units) is:

1) L^2 mol^-2 s^-1

2) L mol^-1 s^-1

3) s^-1

4) mol L^-1 s^-1

95 / 150

95. General formula of alkenes is:

1) CnH2n-2

2) CnH2n+2

3) CnHn

4) CnH2n

96 / 150

96. Group 16 elements are called:

1) Chalcogens

2) Alkali metals

3) Noble gases

4) Halogens

97 / 150

97. Number of neutrons in 35Cl (Z=17) is:

1) 52

2) 17

3) 35

4) 18

98 / 150

98. If a GP has first term 3 and common ratio 2, its 4th term is:

1) 24

2) 12

3) 18

4) 48

99 / 150

99. Slope of velocity-time graph gives:

1) acceleration

2) velocity

3) displacement

4) jerk

100 / 150

100. A particle has u=12 m/s, a=1 m/s² for t=8 s. Find v:

1) 20 m/s

2) 23 m/s

3) 96 m/s

4) 8 m/s

101 / 150

101. The substance that gets reduced acts as:

1) Solvent

2) Catalyst

3) Oxidizing agent

4) Reducing agent

102 / 150

102. pH of a 10^-6 M NaOH solution is approximately:

1) 7

2) 9

3) 6

4) 8

103 / 150

103. IUPAC name of straight-chain 4-carbon alcohol is:

1) Ethanal

2) Ethanamine

3) Butanol

4) Methanol

104 / 150

104. Number of moles in 92 g of a substance (molar mass 92 g/mol) is:

1) 0

2) 2

3) 1

4) 92

105 / 150

105. Work done by a constant force F over displacement s at angle θ is:

1) Fs sinθ

2) F/s

3) Fs

4) Fs cosθ

106 / 150

106. Charge passed when current 4 A flows for 420 s is:

1) 705600 C

2) 1680 C

3) 840 C

4) 424 C

107 / 150

107. The magnitude of vector (7,2,10) is:

1) √155

2) √151

3) √153

4) 19

108 / 150

108. A voltmeter is connected in:

1) Either way

2) Series

3) Parallel

4) Not connected

109 / 150

109. The magnitude of vector (9,4,5) is:

1) √122

2) √120

3) 18

4) √124

110 / 150

110. Momentum of mass 5 kg moving at 14 m/s is:

1) 35.0 kg·m/s

2) 70 kg·m/s

3) 980 kg·m/s

4) 19 kg·m/s

111 / 150

111. Mass corresponding to 2 moles of a substance of molar mass 48 g/mol is:

1) 48 g

2) 144 g

3) 48 g

4) 96 g

112 / 150

112. Ester formed by reaction of propanoic acid with methanol is:

1) Sodium salt

2) methylylyl propylanoicate

3) Amide

4) Aldehyde

113 / 150

113. Freezing point depression for molality 0.25 (Kf=1.86) is:

1) 0.47 K

2) 0.23 K

3) 0.93 K

4) 1.86 K

114 / 150

114. Charge on a 10 μF capacitor at 10 V is:

1) 50.0 μC

2) 100 μC

3) 10 μC

4) 10 μC

115 / 150

115. If f=80 Hz and λ=0.30 m, wave speed is:

1) 24.00 m/s

2) 266.67 m/s

3) 12.00 m/s

4) 48.00 m/s

116 / 150

116. Power of lens with focal length 55 cm is:

1) 0.91 D

2) 3.64 D

3) 2 D

4) 1.82 D

117 / 150

117. For a gaseous equilibrium with Δn=1, if Kc=1.10 at 300 K, Kp ≈ Kc×RT. Find Kp (R=0.082):

1) 54.12

2) 27.06

3) 1.10

4) 13.53

118 / 150

118. Acceleration when force=45 N acts on mass=5 kg is:

1) 9.00 m/s²

2) 4.50 m/s²

3) 45.00 m/s²

4) 18.00 m/s²

119 / 150

119. Value of sin 30° is:

1) 0

2) 1/2

3) 1

4) √3/2

120 / 150

120. Determinant of [[7,3],[3,5]] equals:

1) 30

2) 22

3) 44

4) 26

121 / 150

121. OH− is a/an:

1) Radical

2) Inert gas

3) Nucleophile

4) Electrophile

122 / 150

122. Transformer: Np=200, Ns=450, Vp=220 V. Find Vs:

1) 495 V

2) 220 V

3) 248 V

4) 990 V

123 / 150

123. Value of combination 18C4 is:

1) 3067

2) 3060

3) 3053

4) 72

124 / 150

124. Power of lens with focal length 45 cm is:

1) 4.44 D

2) 1.11 D

3) 2 D

4) 2.22 D

125 / 150

125. In AP: a=10, d=4. The 7th term is:

1) 30

2) 34

3) 38

4) 70

126 / 150

126. Evaluate: lim(x→9) (x²-81)/(x-9) equals:

1) 81

2) 18

3) 20

4) 9

127 / 150

127. Mass corresponding to 4 moles of a substance of molar mass 28 g/mol is:

1) 56 g

2) 28 g

3) 140 g

4) 112 g

128 / 150

128. For x²-5x+6=0, sum of roots is:

1) -5

2) 6

3) 5

4) -6

129 / 150

129. Modulus of z = -3 + 4i is:

1) 1

2) 4

3) 5

4) 3

130 / 150

130. Coordination number of central metal in [Ni(CN)4]2- is:

1) 2

2) 4

3) 6

4) 4

131 / 150

131. Adding sodium acetate to acetic acid decreases its ionization due to:

1) Resonance only

2) Nuclear effect

3) Hydrogen bonding

4) Common ion effect

132 / 150

132. In AP: a=8, d=2. The 8th term is:

1) 22

2) 24

3) 20

4) 64

133 / 150

133. Moles of solute in 400 mL of a 3 M solution are:

1) 3

2) 6/5

3) 6

4) 400

134 / 150

134. Freezing point depression for molality 0.85 (Kf=1.86) is:

1) 0.79 K

2) 1.58 K

3) 3.16 K

4) 1.86 K

135 / 150

135. If y = 3x^3 + 2x, then dy/dx at x=1 is:

1) 6

2) 16

3) 11

4) 9

136 / 150

136. If y = 7x^3 + 2x, then dy/dx at x=5 is:

1) 527

2) 522

3) 105

4) 532

137 / 150

137. In PV=nRT, R is called:

1) universal potential

2) equilibrium constant

3) rate constant

4) gas constant

138 / 150

138. pH of a 10^-4 M NaOH solution is approximately:

1) 10

2) 4

3) 9

4) 11

139 / 150

139. Bond in MgO is predominantly:

1) Hydrogen

2) Covalent

3) Metallic

4) Ionic

140 / 150

140. Work function is related to:

1) Photoelectric emission

2) Nuclear fission

3) Refraction

4) Sound waves

141 / 150

141. Equivalent resistance of 7 Ω and 6 Ω in parallel is:

1) 13 Ω

2) 42 Ω

3) 42/13 Ω

4) 7 Ω

142 / 150

142. Acceleration when force=35 N acts on mass=2 kg is:

1) 35.00 m/s²

2) 8.75 m/s²

3) 35.00 m/s²

4) 17.50 m/s²

143 / 150

143. If α,β are roots of x² – 10x + 20 = 0, then αβ is:

1) 10

2) 19

3) 21

4) 20

144 / 150

144. Determinant of [[7,5],[3,8]] equals:

1) 41

2) 71

3) 37

4) 45

145 / 150

145. Determinant of [[7,2],[2,5]] equals:

1) 27

2) 35

3) 31

4) 39

146 / 150

146. Simplify: (21^2 – 8^2)/(21-8) equals:

1) 168

2) 33

3) 13

4) 29

147 / 150

147. Transformer: Np=400, Ns=550, Vp=220 V. Find Vs:

1) 605 V

2) 302 V

3) 220 V

4) 151 V

148 / 150

148. Compute: ∫₀^4 (4x + 5) dx equals:

1) 52

2) 21

3) 52

4) 36

149 / 150

149. Evaluate: lim(x→7) (x²-49)/(x-7) equals:

1) 49

2) 7

3) 16

4) 14

150 / 150

150. Two dice are thrown. Probability that sum is 7 equals:

1) 1/12

2) 1/3

3) 1/9

4) 1/6

The average score is 0%

Rate this mock test

Thank you for your feedback.

Report a question

Please fill your details to access the mock test

Leave a Comment Cancel Reply