NUST Engineering Past Paper-4

NUST ·
200 MCQs

200 MCQs — Click "Reveal" to see the correct answer.

  1. 1
    NUST Engineering Past Paper-4

    Compute .

  2. 2
    NUST Engineering Past Paper-4

    Evaluate .

  3. 3
    NUST Engineering Past Paper-4

    Evaluate .

  4. 4
    NUST Engineering Past Paper-4

    If two fair dice are rolled together, what is the probability that the sum of the numbers obtained is a multiple of 5?

  5. 5
    NUST Engineering Past Paper-4

    Determine the equation of the normal to the ellipse at the point .

  6. 6
    NUST Engineering Past Paper-4

    If the eccentricity of a conic equals , the conic is:

  7. 7
    NUST Engineering Past Paper-4

    Two ordinary fair dice and one coin are tossed together. How many distinct outcomes are possible?

  8. 8
    NUST Engineering Past Paper-4

    Determine the area of a triangle whose sides have lengths , , .

  9. 9
    NUST Engineering Past Paper-4

    Evaluate .

  10. 10
    NUST Engineering Past Paper-4

    Evaluate the infinite geometric series .

  11. 11
    NUST Engineering Past Paper-4

    Evaluate .

  12. 12
    NUST Engineering Past Paper-4

    Evaluate the definite integral .

  13. 13
    NUST Engineering Past Paper-4

    Among the following quadrilateral/triangle shapes, identify the one in which it is generally NOT possible to inscribe a circle tangent to ALL sides.

  14. 14
    NUST Engineering Past Paper-4

    Given , determine the product .

  15. 15
    NUST Engineering Past Paper-4

    State the derivative of the inverse-tangent function with respect to .

  16. 16
    NUST Engineering Past Paper-4

    State the geometric relationship between the radius drawn to a point of tangency on a circle and the tangent line at that point.

  17. 17
    NUST Engineering Past Paper-4

    Evaluate the determinant of the matrix , where is a complex cube root of unity.

  18. 18
    NUST Engineering Past Paper-4

    For , given and , compute the differential .

  19. 19
    NUST Engineering Past Paper-4

    Evaluate .

  20. 20
    NUST Engineering Past Paper-4

    Evaluate .

  21. 21
    NUST Engineering Past Paper-4

    Simplify the trigonometric expression .

  22. 22
    NUST Engineering Past Paper-4

    By the Law of Sines, the ratio in any triangle equals which of the listed quantities (where denotes the circumradius)?

  23. 23
    NUST Engineering Past Paper-4

    Evaluate .

  24. 24
    NUST Engineering Past Paper-4

    If with acute, determine .

  25. 25
    NUST Engineering Past Paper-4

    A fair coin is tossed times. Determine the probability of getting exactly heads.

  26. 26
    NUST Engineering Past Paper-4

    Evaluate .

  27. 27
    NUST Engineering Past Paper-4

    Identify the number that must be added to the set so that the average of the resulting five-element set becomes .

  28. 28
    NUST Engineering Past Paper-4

    Find the derivative of .

  29. 29
    NUST Engineering Past Paper-4

    State the derivative of with respect to on the principal branch.

  30. 30
    NUST Engineering Past Paper-4

    Rewrite the equation in the standard ellipse form .

  31. 31
    NUST Engineering Past Paper-4

    In a triangle, , , and the angle opposite is . Determine the angle opposite .

  32. 32
    NUST Engineering Past Paper-4

    If is a purely imaginary number, determine the smallest positive value of .

  33. 33
    NUST Engineering Past Paper-4

    Evaluate .

  34. 34
    NUST Engineering Past Paper-4

    Evaluate .

  35. 35
    NUST Engineering Past Paper-4

    Determine the product , where is the identity matrix and .

  36. 36
    NUST Engineering Past Paper-4

    Given that is a root of , determine the quotient when this polynomial is divided by .

  37. 37
    NUST Engineering Past Paper-4

    Determine the value of such that is a factor of .

  38. 38
    NUST Engineering Past Paper-4

    Evaluate .

  39. 39
    NUST Engineering Past Paper-4

    Determine the total number of solutions of the equation that lie in the interval .

  40. 40
    NUST Engineering Past Paper-4

    Determine the range of .

  41. 41
    NUST Engineering Past Paper-4

    Determine the domain of .

  42. 42
    NUST Engineering Past Paper-4

    If , determine .

  43. 43
    NUST Engineering Past Paper-4

    A circular arc has radius and subtends a central angle . Determine its arc length .

  44. 44
    NUST Engineering Past Paper-4

    If with acute, determine .

  45. 45
    NUST Engineering Past Paper-4

    Evaluate (for , ).

  46. 46
    NUST Engineering Past Paper-4

    Consider the arithmetic progression of complex numbers Identify which of the listed complex numbers is NOT a term of this sequence.

  47. 47
    NUST Engineering Past Paper-4

    For a geometric series with first term and common ratio , find the sum to infinity .

  48. 48
    NUST Engineering Past Paper-4

    Identify which of the listed functions is even for all real values of .

  49. 49
    NUST Engineering Past Paper-4

    Rewrite the circle in standard form by completing the square.

  50. 50
    NUST Engineering Past Paper-4

    An ellipse has foci at , centre at the origin, and semi-major axis . Determine its equation.

  51. 51
    NUST Engineering Past Paper-4

    Evaluate .

  52. 52
    NUST Engineering Past Paper-4

    Find the slope of the line passing through and .

  53. 53
    NUST Engineering Past Paper-4

    For an arithmetic series with and common difference , find .

  54. 54
    NUST Engineering Past Paper-4

    Determine the equation of the directrix of the parabola (with ).

  55. 55
    NUST Engineering Past Paper-4

    Bilal scored marks (out of ) in tests. How many marks does he need on the test to achieve an average of ?

  56. 56
    NUST Engineering Past Paper-4

    Identify the necessary and sufficient property a function must possess in order to have an inverse function on its full codomain.

  57. 57
    NUST Engineering Past Paper-4

    Evaluate .

  58. 58
    NUST Engineering Past Paper-4

    Vector runs from to . A second vector, parallel and equal in magnitude/direction, has its terminal point at . Determine the initial point of this second vector, expressed as a position vector.

  59. 59
    NUST Engineering Past Paper-4

    If , determine the positive value of .

  60. 60
    NUST Engineering Past Paper-4

    Evaluate the determinant of the matrix , where is a complex cube root of unity.

  61. 61
    NUST Engineering Past Paper-4

    A class has girls and boys. Half the boys and half the girls have brown eyes. If one student is selected at random, determine the probability that the student is a girl OR has brown eyes.

  62. 62
    NUST Engineering Past Paper-4

    Evaluate .

  63. 63
    NUST Engineering Past Paper-4

    Identify the local extremum behaviour of on .

  64. 64
    NUST Engineering Past Paper-4

    In the sequence (where each successive term multiplies by an increasing factor), determine the term.

  65. 65
    NUST Engineering Past Paper-4

    Find the perpendicular distance between the parallel lines and .

  66. 66
    NUST Engineering Past Paper-4

    Given and , determine , where is the angle between and .

  67. 67
    NUST Engineering Past Paper-4

    Determine the adjoint (classical adjugate) of the scalar matrix .

  68. 68
    NUST Engineering Past Paper-4

    Determine the derivative of with respect to (where , ).

  69. 69
    NUST Engineering Past Paper-4

    Two positive consecutive integers sum to . Express their product in terms of .

  70. 70
    NUST Engineering Past Paper-4

    Points and are evaluated against the line . Identify the correct statement about their positions relative to the line.

  71. 71
    NUST Engineering Past Paper-4

    Evaluate .

  72. 72
    NUST Engineering Past Paper-4

    Find the perpendicular distance between the parallel lines and .

  73. 73
    NUST Engineering Past Paper-4

    In triangle , the area is , angle , and side . Determine side .

  74. 74
    NUST Engineering Past Paper-4

    Let be real numbers and . The vector is perpendicular to . State the algebraic condition that and must satisfy.

  75. 75
    NUST Engineering Past Paper-4

    Determine (for ).

  76. 76
    NUST Engineering Past Paper-4

    Find by implicit differentiation from .

  77. 77
    NUST Engineering Past Paper-4

    For , evaluate .

  78. 78
    NUST Engineering Past Paper-4

    A unit vector lies in the second quadrant and makes an angle of with the negative -axis (measured toward the positive -axis). Determine its -component.

  79. 79
    NUST Engineering Past Paper-4

    Determine the antiderivative of .

  80. 80
    NUST Engineering Past Paper-4

    Determine the principal value of , where .

  81. 81
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Alias':

  82. 82
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Acrimonious':

  83. 83
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Adroit':

  84. 84
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Arable':

  85. 85
    NUST Engineering Past Paper-4

    Pick the option that best defines 'Bawdy':

  86. 86
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Bawdy':

  87. 87
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Beguile':

  88. 88
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Belittle':

  89. 89
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Commingle':

  90. 90
    NUST Engineering Past Paper-4

    Pick the option that best defines 'Concede':

  91. 91
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Contradict':

  92. 92
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Diligent':

  93. 93
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Docile':

  94. 94
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Flair':

  95. 95
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Flamboyant':

  96. 96
    NUST Engineering Past Paper-4

    Pick the option that best defines 'Fugitive':

  97. 97
    NUST Engineering Past Paper-4

    Pick the option that best defines 'Gambol':

  98. 98
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Mitigate':

  99. 99
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Penurious':

  100. 100
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Sedentary':

  101. 101
    NUST Engineering Past Paper-4

    Pick the option that best defines 'Venal':

  102. 102
    NUST Engineering Past Paper-4

    Pick the word closest in meaning to 'Reinforcement':

  103. 103
    NUST Engineering Past Paper-4

    Pick the option that best defines 'Impressive':

  104. 104
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Prevailing':

  105. 105
    NUST Engineering Past Paper-4

    Pick the term closest in meaning to 'Pedestrians':

  106. 106
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Common':

  107. 107
    NUST Engineering Past Paper-4

    Pick the word most nearly OPPOSITE in meaning to 'Clear':

  108. 108
    NUST Engineering Past Paper-4

    Complete the analogy: 'Torso : Arm :: Tree Trunk : ___'.

  109. 109
    NUST Engineering Past Paper-4

    Identify the grammatically correct version of the following sentence among the options:

  110. 110
    NUST Engineering Past Paper-4

    Pick the standard collective noun used for a group of fish swimming together.

  111. 111
    NUST Engineering Past Paper-4

    Pick the antonym of the adjective VINDICTIVE.

  112. 112
    NUST Engineering Past Paper-4

    Identify the environment(s) in which AMPHIBIANS live, in keeping with the biological meaning of the word.

  113. 113
    NUST Engineering Past Paper-4

    Pick the option that best captures the meaning of the noun PROCRASTINATION.

  114. 114
    NUST Engineering Past Paper-4

    Pick the correctly spelled compound noun meaning a man whose occupation involves selling things on behalf of an employer.

  115. 115
    NUST Engineering Past Paper-4

    Pick the option that best captures the meaning of the adjective LAX.

  116. 116
    NUST Engineering Past Paper-4

    Complete the analogy: TAUNT is to CHALLENGE as PLACATE is to ___.

  117. 117
    NUST Engineering Past Paper-4

    Pick the option that best captures the meaning of the noun EQUIVOCATION.

  118. 118
    NUST Engineering Past Paper-4

    Fill the blank with the best descriptive adjective: 'His ___ features reminded me of the missing links.'

  119. 119
    NUST Engineering Past Paper-4

    Pick the sentence with the correct English ordering of cumulative adjectives preceding a noun.

  120. 120
    NUST Engineering Past Paper-4 NUST Engineering Past Paper-6

    Pick the synonym of the adjective NEFARIOUS.

  121. 121
    NUST Engineering Past Paper-4

    Pick the synonym of the verb BEGUILE (in its everyday sense).

  122. 122
    NUST Engineering Past Paper-4

    Cloze: Pick the pair of words that best fills the blanks in 'She had her ___ [nature], which covered her ___ personality.'

  123. 123
    NUST Engineering Past Paper-4

    Pick the option that best captures the meaning of the verb ENTHRALL.

  124. 124
    NUST Engineering Past Paper-4

    As a verb, BROOK has a specific meaning. Pick the option that best captures it.

  125. 125
    NUST Engineering Past Paper-4

    In Young's double-slit setup, monochromatic light of wavelength nm illuminates two slits separated by mm, with the screen at m. Find the fringe width.

  126. 126
    NUST Engineering Past Paper-4

    Three point charges are placed on a line: at the left, at the right, and at the midpoint between them. For the net force on to be zero, what value (sign and magnitude) must take?

  127. 127
    NUST Engineering Past Paper-19 NUST Engineering Past Paper-4

    The conclusion that the luminiferous ether does NOT exist as a medium permeating space is most directly supported by which of the following?

  128. 128
    NUST Engineering Past Paper-4

    If the mass of a simple pendulum bob is changed from to , what effect does this have on the time period of oscillation?

  129. 129
    NUST Engineering Past Paper-4

    Identify the unit in the following list that is NOT one of the seven SI base units.

  130. 130
    NUST Engineering Past Paper-4

    A vertical force of N is applied to lift an object to a height of m over a time of s. Determine the work done by this force.

  131. 131
    NUST Engineering Past Paper-4

    Identify the law of thermodynamics that explains why a refrigerator REQUIRES external work input in order to move heat from a cold reservoir to a hot reservoir.

  132. 132
    NUST Engineering Past Paper-4

    When a body falling through a viscous medium has reached its TERMINAL velocity, identify the net force acting on it.

  133. 133
    NUST Engineering Past Paper-20 NUST Engineering Past Paper-4

    Which spectral series of the hydrogen atom lies in the VISIBLE region of the electromagnetic spectrum?

  134. 134
    NUST Engineering Past Paper-4

    Identify the SI unit of the universal gravitational constant .

  135. 135
    NUST Engineering Past Paper-1 NUST Engineering Past Paper-4

    Two equal, like point charges are placed at points I and III on a straight line. At which point does the net electric field vanish?

  136. 136
    NUST Engineering Past Paper-1 NUST Engineering Past Paper-4

    Identify the physical quantity for which the RADIAN is the SI supplementary (derived) unit.

  137. 137
    NUST Engineering Past Paper-4

    Determine the dimensional formula of the coefficient of viscosity .

  138. 138
    NUST Engineering Past Paper-4

    Determine the number of significant figures in the measurement .

  139. 139
    NUST Engineering Past Paper-4

    Determine the magnitude of .

  140. 140
    NUST Engineering Past Paper-4

    Compute the dot product for and .

  141. 141
    NUST Engineering Past Paper-4

    An object starts from rest and travels m in s under UNIFORM acceleration. Determine its final velocity.

  142. 142
    NUST Engineering Past Paper-4

    A ball is projected from level ground at to the horizontal with initial speed m/s. Taking m/s, determine the maximum height reached.

  143. 143
    NUST Engineering Past Paper-4

    A block slides down a FRICTIONLESS incline of angle . Determine its acceleration along the slope (take m/s).

  144. 144
    NUST Engineering Past Paper-4

    A kg person climbs stairs of height m in s. Taking m/s, determine the power generated.

  145. 145
    NUST Engineering Past Paper-4

    A horizontal force of N pushes a kg box through m on a horizontal surface with coefficient of kinetic friction . Taking m/s, determine the NET work done on the box.

  146. 146
    NUST Engineering Past Paper-4

    Determine the moment of inertia of a uniform thin rod of mass and length about an axis through one end, perpendicular to the rod.

  147. 147
    NUST Engineering Past Paper-4

    If the Earth's mass were doubled while its radius remained the same, how would the surface gravitational acceleration change?

  148. 148
    NUST Engineering Past Paper-4

    Compare the orbital speed of a satellite at a height equal to the Earth's radius (i.e., orbital radius ) with the orbital speed of a satellite just above the Earth's surface.

  149. 149
    NUST Engineering Past Paper-4

    Water flows through a horizontal pipe. At a CONSTRICTION (narrowed section), according to Bernoulli's principle, how do the speed and pressure of the flow change?

  150. 150
    NUST Engineering Past Paper-4

    In simple harmonic motion, the restoring force is directly proportional to which quantity?

  151. 151
    NUST Engineering Past Paper-4

    A spring of constant N/m is compressed by cm. Determine the elastic potential energy stored.

  152. 152
    NUST Engineering Past Paper-4

    For a string of length fixed at both ends, identify the wavelength of the FUNDAMENTAL standing-wave mode.

  153. 153
    NUST Engineering Past Paper-4

    Identify the correct mathematical expression of the FIRST law of thermodynamics (sign convention: = work done BY the system).

  154. 154
    NUST Engineering Past Paper-4

    Identify the electric potential at a point at distance from a point charge (with at infinity).

  155. 155
    NUST Engineering Past Paper-4

    Identify the energy stored in a capacitor of capacitance holding charge .

  156. 156
    NUST Engineering Past Paper-4

    Kirchhoff's Current Law (KCL) states that the algebraic sum of currents at any junction is zero. This is fundamentally a consequence of which conservation law?

  157. 157
    NUST Engineering Past Paper-4

    To convert a galvanometer into an AMMETER, what type of resistance should be connected and in what configuration?

  158. 158
    NUST Engineering Past Paper-4

    Identify the force per unit length between two long parallel wires carrying currents and , separated by distance .

  159. 159
    NUST Engineering Past Paper-4

    An AC generator operates at frequency Hz. Determine its angular frequency .

  160. 160
    NUST Engineering Past Paper-4

    Determine the RMS (root-mean-square) value of an AC voltage whose PEAK amplitude is .

  161. 161
    NUST Engineering Past Paper-4

    In Young's double-slit experiment with m, mm, and nm, determine the fringe width.

  162. 162
    NUST Engineering Past Paper-4

    A thin converging lens has focal length cm. Determine its optical power in diopters.

  163. 163
    NUST Engineering Past Paper-4

    Identify the approximate wavelength range of VISIBLE light.

  164. 164
    NUST Engineering Past Paper-4

    Identify the MAXIMUM Compton wavelength shift, attained for back-scattering at .

  165. 165
    NUST Engineering Past Paper-4

    Identify the approximate minimum escape speed from the Earth's surface.

  166. 166
    NUST Engineering Past Paper-4

    State the formula given by Torricelli's theorem for the speed of efflux of an ideal liquid from a small orifice at depth below the free surface in a large tank.

  167. 167
    NUST Engineering Past Paper-4

    Polarization (the property of having a preferred oscillation direction) is observed only for which type of wave?

  168. 168
    NUST Engineering Past Paper-4

    Identify the condition for the FIRST DARK fringe in single-slit Fraunhofer diffraction (slit width , wavelength , observation angle ).

  169. 169
    NUST Engineering Past Paper-4

    Two equal charges experience Coulomb force in vacuum. If a dielectric of constant now fills the space between them (with the separation unchanged), determine the new force.

  170. 170
    NUST Engineering Past Paper-4

    A wire of resistance is stretched to DOUBLE its original length, while the volume is conserved (so the cross-section reduces accordingly). Determine the new resistance.

  171. 171
    NUST Engineering Past Paper-4

    Identify the magnetic field at the CENTRE of a single circular loop of radius carrying current .

  172. 172
    NUST Engineering Past Paper-4

    A bar magnet falls vertically through a horizontal conducting ring. Describe what the ring does to the falling magnet as the magnet ENTERS the ring.

  173. 173
    NUST Engineering Past Paper-4

    Determine the ionization energy of the hydrogen atom (the energy needed to remove the ground-state electron to infinity).

  174. 174
    NUST Engineering Past Paper-4

    An ideal transformer has primary turns, secondary turns, and primary current A. Determine the secondary current.

  175. 175
    NUST Engineering Past Paper-4

    Using Einstein's mass-energy equivalence , determine the energy released by the complete conversion of g of matter.

  176. 176
    NUST Engineering Past Paper-4

    Determine the output of a logical OR gate with inputs and .

  177. 177
    NUST Engineering Past Paper-4

    Determine the approximate barrier potential (cut-in voltage) of a forward-biased silicon p-n junction diode at room temperature.

  178. 178
    NUST Engineering Past Paper-4

    State the de Broglie relation between a particle's wavelength and its momentum .

  179. 179
    NUST Engineering Past Paper-4

    A radioactive substance has half-life years. Determine the fraction of the original sample remaining after years.

  180. 180
    NUST Engineering Past Paper-4

    Identify the threshold wavelength for the photoelectric effect from a metal with work function .

  181. 181
    NUST Engineering Past Paper-4

    Heisenberg's uncertainty principle places a fundamental limit on the product of uncertainties in WHICH pair of conjugate physical quantities?

  182. 182
    NUST Engineering Past Paper-4

    Identify the part of the electromagnetic spectrum in which the LYMAN series of hydrogen lies.

  183. 183
    NUST Engineering Past Paper-4

    Determine the quality factor of a series RLC circuit at resonance (resonant angular frequency ).

  184. 184
    NUST Engineering Past Paper-4

    In Young's double-slit experiment, the screen distance is DOUBLED and simultaneously the slit separation is HALVED. Determine how the fringe width changes.

  185. 185
    NUST Engineering Past Paper-4

    Identify the hydrostatic gauge pressure at depth below the free surface of a fluid of density (with surface at atmospheric pressure).

  186. 186
    NUST Engineering Past Paper-4

    Identify the nuclear reaction in which LIGHT nuclei combine to release energy.

  187. 187
    NUST Engineering Past Paper-4

    For which element is the binding energy per nucleon HIGHEST?

  188. 188
    NUST Engineering Past Paper-4

    Identify the Bohr quantization condition on the angular momentum of an electron in the -th orbit.

  189. 189
    NUST Engineering Past Paper-4

    A spring-mass oscillator has spring constant N/m and mass kg. Determine its natural frequency .

  190. 190
    NUST Engineering Past Paper-4

    A Carnot engine operates between a hot reservoir at K and a cold reservoir at K. Determine its efficiency.

  191. 191
    NUST Engineering Past Paper-4

    Determine the capacitance of a parallel-plate capacitor with plate area m and plate separation mm (vacuum between plates). Use F/m.

  192. 192
    NUST Engineering Past Paper-4

    Identify the cyclotron frequency (in Hz) of a proton (mass , charge ) moving in a uniform magnetic field of magnitude .

  193. 193
    NUST Engineering Past Paper-4

    Among the following motions, identify the one that is NOT an example of simple harmonic motion.

  194. 194
    NUST Engineering Past Paper-4

    A magnetic field of T is perpendicular to a straight wire of length m carrying current A. Determine the magnetic force on the wire.

  195. 195
    NUST Engineering Past Paper-4

    Describe the current flow through a p-n junction diode under REVERSE bias.

  196. 196
    NUST Engineering Past Paper-4

    If the universal gravitational constant is tripled, determine the corresponding effect on the surface gravitational acceleration on Earth.

  197. 197
    NUST Engineering Past Paper-4

    In simple harmonic motion, if the total mechanical energy is reduced to one-fourth its original value, determine the corresponding change in amplitude .

  198. 198
    NUST Engineering Past Paper-4

    A spring-mass system has total mechanical energy and amplitude . Determine the spring constant .

  199. 199
    NUST Engineering Past Paper-4

    In SHM with spring constant , mass , and maximum speed , compute the maximum acceleration.

  200. 200
    NUST Engineering Past Paper-4

    When the measurements and are added together, determine how many significant figures the result should be reported with.