NUST Engineering Past Paper-9

NUST ·
199 MCQs

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

  1. 1
    NUST Engineering Past Paper-9

    Evaluate .

  2. 2
    NUST Engineering Past Paper-9

    Solve . Give the general solution.

  3. 3
    NUST Engineering Past Paper-9

    How many solutions does the equation have in the interval ?

  4. 4
    NUST Engineering Past Paper-9

    Let . Find .

  5. 5
    NUST Engineering Past Paper-9

    Write the equation of the circle whose centre is and whose radius is .

  6. 6
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    Simplify .

  7. 7
    NUST Engineering Past Paper-9

    Classify the geometric series as convergent or divergent.

  8. 8
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    How many improper subsets does the empty set have?

  9. 9
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    Which of the following points lies on the line ?

  10. 10
    NUST Engineering Past Paper-9

    An ellipse with eccentricity degenerates into which shape?

  11. 11
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    Simplify .

  12. 12
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    Evaluate the scalar expression .

  13. 13
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    Evaluate .

  14. 14
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    If , determine .

  15. 15
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    Given that , determine .

  16. 16
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    In an arithmetic progression, and . Determine .

  17. 17
    NUST Engineering Past Paper-9

    If form a geometric progression, which of the following triples is also in geometric progression?

  18. 18
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    If the diagonals of a quadrilateral are EQUAL in length AND perpendicular to each other, identify the most specific name of the quadrilateral.

  19. 19
    NUST Engineering Past Paper-9

    A shopkeeper has items. Over days, the percentages stolen (of the original total) are . Determine the total number of items stolen.

  20. 20
    NUST Engineering Past Paper-9

    A triangle has area , , . Determine the angle between sides and .

  21. 21
    NUST Engineering Past Paper-9

    For the conic equation to represent a HYPERBOLA, what condition must hold on and ?

  22. 22
    NUST Engineering Past Paper-9

    The empty set is an IMPROPER subset of which class of sets?

  23. 23
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    Solve the quadratic equation .

  24. 24
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    For the series , identify the TRUE statement.

  25. 25
    NUST Engineering Past Paper-9

    Determine the equation of a tangent to the parabola that is perpendicular to the line .

  26. 26
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    In an arithmetic progression, and . Determine the first term .

  27. 27
    NUST Engineering Past Paper-9

    The probability that person A is alive in years is , and that person B is alive is . Assuming the two events are independent, determine the probability that BOTH are alive in years.

  28. 28
    NUST Engineering Past Paper-9

    Find by implicit differentiation from .

  29. 29
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    Convert 1 radian to revolutions of a full circle.

  30. 30
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    Determine the DISCRIMINANT of the quadratic equation and use it to classify the roots.

  31. 31
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    Determine the DISCRIMINANT of the quadratic equation and use it to classify the roots.

  32. 32
    NUST Engineering Past Paper-9

    Classify the NATURE of the roots of the quadratic equation using the discriminant.

  33. 33
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    Find the value(s) of for which the quadratic has EQUAL roots.

  34. 34
    NUST Engineering Past Paper-9

    Find ALL values of for which the quadratic has EQUAL roots.

  35. 35
    NUST Engineering Past Paper-9

    Classify the NATURE of the roots of the parametric quadratic (where are real with ).

  36. 36
    NUST Engineering Past Paper-9

    Divide the number into two parts such that the SUM of their squares EXCEEDS twice their product by . Determine the two parts.

  37. 37
    NUST Engineering Past Paper-9

    Determine the partial-fraction decomposition of .

  38. 38
    NUST Engineering Past Paper-9

    In the partial-fraction decomposition , determine the value of by the cover-up method.

  39. 39
    NUST Engineering Past Paper-9

    State the FIRST step required when decomposing an IMPROPER rational function (degree of numerator degree of denominator) into partial fractions.

  40. 40
    NUST Engineering Past Paper-9

    In the decomposition , determine the value of by the cover-up method at .

  41. 41
    NUST Engineering Past Paper-9

    If FIVE arithmetic means are inserted between and , determine the common difference of the resulting AP.

  42. 42
    NUST Engineering Past Paper-9

    Insert FOUR geometric means between and . State the resulting GP.

  43. 43
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    State the formula for the GEOMETRIC MEAN () between two positive numbers and .

  44. 44
    NUST Engineering Past Paper-9

    For two distinct positive real numbers and , identify the correct CHAIN OF INEQUALITIES among their arithmetic mean (), geometric mean (), and harmonic mean ().

  45. 45
    NUST Engineering Past Paper-9

    State the precise condition under which an INFINITE GEOMETRIC SERIES has a FINITE SUM.

  46. 46
    NUST Engineering Past Paper-9

    Determine how many distinct -letter 'words' (arrangements) can be formed from the letters of the word 'PRIME' if no letter is repeated.

  47. 47
    NUST Engineering Past Paper-9

    A committee of is to be selected from men and women so that the committee contains AT LEAST ONE WOMAN. Determine the number of such committees.

  48. 48
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    Given that , evaluate and express the answer as a binomial coefficient using the SMALLER lower index.

  49. 49
    NUST Engineering Past Paper-9

    In a proof by induction of the identity , after assuming the statement at , state the algebraic equation that the INDUCTIVE STEP produces when adding to both sides.

  50. 50
    NUST Engineering Past Paper-9

    State the GENERAL TERM in the binomial expansion of for non-negative integer .

  51. 51
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    Determine the coefficient of in the binomial expansion of .

  52. 52
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    Determine the th term in the binomial expansion of .

  53. 53
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    Determine the SUM of the coefficients of the EVEN-powered terms in the binomial expansion of .

  54. 54
    NUST Engineering Past Paper-9

    Determine the STANDARD angle in that is COTERMINAL with .

  55. 55
    NUST Engineering Past Paper-9

    If with the terminal arm in the THIRD quadrant, determine .

  56. 56
    NUST Engineering Past Paper-9

    Simplify using a Pythagorean identity.

  57. 57
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    State the set of angles for which is UNDEFINED.

  58. 58
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    Simplify using the cosine addition formulas.

  59. 59
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    Simplify using the sine addition formulas.

  60. 60
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    Express in TERMS OF ALONE (single-variable double-angle form).

  61. 61
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    Express using the double-angle identity.

  62. 62
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    Determine the fundamental PERIOD of the function .

  63. 63
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    State the DOMAIN of the principal inverse function .

  64. 64
    NUST Engineering Past Paper-9

    Determine the GENERAL solution of the trigonometric equation .

  65. 65
    NUST Engineering Past Paper-9

    Determine the SOLUTION SET of the equation in the interval .

  66. 66
    NUST Engineering Past Paper-9

    Evaluate the limit .

  67. 67
    NUST Engineering Past Paper-9

    Evaluate the limit .

  68. 68
    NUST Engineering Past Paper-9

    Evaluate the limit .

  69. 69
    NUST Engineering Past Paper-9

    Evaluate the limit .

  70. 70
    NUST Engineering Past Paper-9

    State the GENERAL Power Rule for differentiation: for any real exponent .

  71. 71
    NUST Engineering Past Paper-9

    Determine for (and constant base , ).

  72. 72
    NUST Engineering Past Paper-9

    Determine .

  73. 73
    NUST Engineering Past Paper-9

    Determine using the product rule.

  74. 74
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    Determine .

  75. 75
    NUST Engineering Past Paper-9

    If , determine .

  76. 76
    NUST Engineering Past Paper-9

    Determine the largest interval on which the function is strictly INCREASING.

  77. 77
    NUST Engineering Past Paper-9

    Determine the CRITICAL POINTS of the function .

  78. 78
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    Classify the critical point at of the function and state the corresponding extreme value.

  79. 79
    NUST Engineering Past Paper-9

    Evaluate the indefinite integral .

  80. 80
    NUST Engineering Past Paper-9

    Evaluate the indefinite integral for .

  81. 81
    NUST Engineering Past Paper-9

    Evaluate the indefinite integral .

  82. 82
    NUST Engineering Past Paper-9

    Evaluate the definite integral .

  83. 83
    NUST Engineering Past Paper-9

    Evaluate the definite integral .

  84. 84
    NUST Engineering Past Paper-9

    State the MIDPOINT formula for the midpoint of the line segment joining and in the Cartesian plane.

  85. 85
    NUST Engineering Past Paper-9

    Determine the SLOPE of the straight line joining the two points and .

  86. 86
    NUST Engineering Past Paper-9

    State the algebraic condition on the slopes and of two non-vertical straight lines so that they are PARALLEL.

  87. 87
    NUST Engineering Past Paper-9

    Determine the solution set of in .

  88. 88
    NUST Engineering Past Paper-9

    If , determine (or give the closed-form pattern).

  89. 89
    NUST Engineering Past Paper-9

    Pick the word that is most nearly OPPOSITE in meaning to 'belittle':

  90. 90
    NUST Engineering Past Paper-9

    Pick the word closest in meaning to 'Onerous':

  91. 91
    NUST Engineering Past Paper-9

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

  92. 92
    NUST Engineering Past Paper-9

    Complete the sentence: 'He ___ to go to Murree every summer.'

  93. 93
    NUST Engineering Past Paper-9

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

  94. 94
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Audacious':

  95. 95
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Braggart':

  96. 96
    NUST Engineering Past Paper-9

    Pick the word closest in meaning to 'Cacophony':

  97. 97
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Evocative':

  98. 98
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Flair':

  99. 99
    NUST Engineering Past Paper-9

    Pick the word closest in meaning to 'Neglect':

  100. 100
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Ominous':

  101. 101
    NUST Engineering Past Paper-9

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

  102. 102
    NUST Engineering Past Paper-9

    Pick the word closest in meaning to 'Pretentious':

  103. 103
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Sedentary':

  104. 104
    NUST Engineering Past Paper-9

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

  105. 105
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Temerity':

  106. 106
    NUST Engineering Past Paper-9

    Pick the option that best defines 'Trifling':

  107. 107
    NUST Engineering Past Paper-9

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

  108. 108
    NUST Engineering Past Paper-9

    Pick the word closest in meaning to 'Venal':

  109. 109
    NUST Engineering Past Paper-9

    Pick the option that best defines the verb 'abdicate':

  110. 110
    NUST Engineering Past Paper-9

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

  111. 111
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    Pick the preposition that correctly completes: 'All were invited ___ dinner.'

  112. 112
    NUST Engineering Past Paper-9

    Convert to indirect speech: He said, 'I went to school yesterday.'

  113. 113
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    Pick the synonym of the adjective MAGNANIMOUS.

  114. 114
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    Pick the synonym of the verb EMULATE.

  115. 115
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    Pick the synonym of the verb COZEN.

  116. 116
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    Pick the synonym of the verb REIN (in its figurative sense).

  117. 117
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    Pick the synonym of the verb CONSTRUE.

  118. 118
    NUST Engineering Past Paper-9

    Pick the synonym of the verb CATAPULT (used figuratively).

  119. 119
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    Pick the synonym of the verb FOMENT.

  120. 120
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    Pick the synonym of the adjective PREDOMINANT.

  121. 121
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    Pick the synonym of the verb EXTRICATE.

  122. 122
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    Pick the synonym of the verb BROOK (in its everyday sense).

  123. 123
    NUST Engineering Past Paper-9

    Pick the antonym of the noun ACCELERATION (used in the sense of 'speeding up').

  124. 124
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    Pick the antonym of the adjective BENEVOLENT.

  125. 125
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    Pick the antonym of the adjective ZEALOUS.

  126. 126
    NUST Engineering Past Paper-16 NUST Engineering Past Paper-9

    Pick the antonym of the noun PAUCITY.

  127. 127
    NUST Engineering Past Paper-9

    Identify the single-word term for a person who is against the established government and seeks to abolish it.

  128. 128
    NUST Engineering Past Paper-9

    Identify the single-word term for the killing of one's own brother or sister.

  129. 129
    NUST Engineering Past Paper-9

    Identify the meaning of the idiom 'To end in smoke.'

  130. 130
    NUST Engineering Past Paper-9

    Identify the meaning of the idiom 'To set the Thames on fire.'

  131. 131
    NUST Engineering Past Paper-9

    Identify the meaning of the idiom 'Cheek by jowl.'

  132. 132
    NUST Engineering Past Paper-9

    How must a high resistance be connected to a galvanometer to convert it into a voltmeter?

  133. 133
    NUST Engineering Past Paper-9

    A long solenoid has length , cross-sectional area , total turns , and carries current , producing magnetic field inside. If the length is HALVED (with , , and unchanged), what is the new magnetic field?

  134. 134
    NUST Engineering Past Paper-9

    For a parallel-plate capacitor, the plate area and the plate separation are BOTH doubled simultaneously (with the dielectric unchanged). How does the capacitance change?

  135. 135
    NUST Engineering Past Paper-9

    Among the SI prefixes nano (n), atto (a), pico (p), and femto (f), identify the one representing the SMALLEST factor.

  136. 136
    NUST Engineering Past Paper-9

    Identify the correct form of the First Law of Thermodynamics specialised to an ADIABATIC process, with the sign convention that is the work done BY the system.

  137. 137
    NUST Engineering Past Paper-9

    For a simple harmonic oscillator, determine the kinetic energy at the maximum displacement (amplitude) point.

  138. 138
    NUST Engineering Past Paper-9

    A point charge moves with velocity relative to an observer. Identify which field(s) it produces in the surrounding space.

  139. 139
    NUST Engineering Past Paper-9

    Identify the correct statement from the postulates and consequences of special relativity.

  140. 140
    NUST Engineering Past Paper-9

    A black body radiates total power at temperature with the peak emission at wavelength . If the temperature changes such that the new peak occurs at , determine the new total radiated power in terms of .

  141. 141
    NUST Engineering Past Paper-9

    State the type of thermodynamic process from which Laplace's correction to Newton's formula for the speed of sound is derived.

  142. 142
    NUST Engineering Past Paper-9

    Among the listed pairs of physical quantities, identify the pair that does NOT have identical dimensions.

  143. 143
    NUST Engineering Past Paper-9

    In an ideal step-up transformer, if the alternating voltage at the secondary is increased relative to the primary, describe the corresponding behaviour of the secondary alternating current.

  144. 144
    NUST Engineering Past Paper-9

    By Gauss's law, the electric flux through a closed surface does NOT depend on which of the following factors?

  145. 145
    NUST Engineering Past Paper-9

    If a radioactive sample has decayed to of its original amount, determine the number of half-lives that have elapsed.

  146. 146
    NUST Engineering Past Paper-9

    A stretched string long has a fundamental frequency of . If its length is reduced to without changing the tension or linear density, determine the new fundamental frequency.

  147. 147
    NUST Engineering Past Paper-9

    By Faraday's law, describe what happens to the induced EMF in a coil if the rate of decrease of magnetic flux is doubled (i.e. flux changes twice as fast).

  148. 148
    NUST Engineering Past Paper-9

    Identify the physical quantity whose SI unit equals .

  149. 149
    NUST Engineering Past Paper-9

    Determine the dimensional formula for the MODULUS OF ELASTICITY (e.g. Young's modulus).

  150. 150
    NUST Engineering Past Paper-9

    Identify which of the listed equivalences is correct for .

  151. 151
    NUST Engineering Past Paper-9

    State the formula for the Compton wavelength shift when a photon scatters off a stationary electron through angle .

  152. 152
    NUST Engineering Past Paper-9

    Determine the INITIAL acceleration of an object the moment after it is dropped (released from rest) in free fall near the Earth's surface (ignoring air resistance).

  153. 153
    NUST Engineering Past Paper-9

    Identify the particle family to which the neutron belongs in the Standard Model classification.

  154. 154
    NUST Engineering Past Paper-9

    Identify the physical quantity whose dimensions are .

  155. 155
    NUST Engineering Past Paper-9

    According to Bohr's model of the atom, identify the physical quantity whose quantization keeps electrons in stable orbits.

  156. 156
    NUST Engineering Past Paper-9

    State the primary role of the MODERATOR in a nuclear fission reactor.

  157. 157
    NUST Engineering Past Paper-9

    State the SI unit of torque.

  158. 158
    NUST Engineering Past Paper-9

    Determine the work done by gravity on a small mass placed at the very centre of the Earth (ignoring rotation, treating Earth as a uniform sphere).

  159. 159
    NUST Engineering Past Paper-9

    Identify the medium in which electric current flows due to the motion of BOTH positive and negative ions.

  160. 160
    NUST Engineering Past Paper-9

    In projectile motion (no air resistance), state the condition on the velocity components at the moment of maximum height.

  161. 161
    NUST Engineering Past Paper-9

    A heat engine absorbs from a hot source and rejects to the cold sink per cycle. Determine its thermal efficiency.

  162. 162
    NUST Engineering Past Paper-9

    Identify which of the listed devices operates on the principle of electromagnetic induction (Faraday's law).

  163. 163
    NUST Engineering Past Paper-9

    Identify the thermodynamic process in which the volume of the gas remains constant.

  164. 164
    NUST Engineering Past Paper-9

    A simple pendulum has total mechanical energy . Determine its kinetic energy at the mean (equilibrium) position.

  165. 165
    NUST Engineering Past Paper-9

    In Young's double-slit experiment with fringe width , determine the new fringe width if the wavelength of light is TRIPLED while all other parameters (slit separation, screen distance) are kept fixed.

  166. 166
    NUST Engineering Past Paper-9

    State the SI unit of electric potential (and potential difference / EMF).

  167. 167
    NUST Engineering Past Paper-9

    Describe what happens to the wavelength of sound waves reaching a stationary listener when the source of sound moves TOWARD the listener (Doppler effect).

  168. 168
    NUST Engineering Past Paper-9

    State the formula for the electric energy stored in a capacitor with capacitance and voltage across its plates.

  169. 169
    NUST Engineering Past Paper-9

    Identify the property that determines the minimum energy required to liberate an electron from a metal surface.

  170. 170
    NUST Engineering Past Paper-9

    Based on quantum mechanics, identify the description that best captures the fundamental level of nature.

  171. 171
    NUST Engineering Past Paper-9

    Identify the factor(s) on which the horizontal range of a projectile depends (in the absence of air resistance, on level ground).

  172. 172
    NUST Engineering Past Paper-9

    A constant force moves an object from the origin to the position . Determine the work done.

  173. 173
    NUST Engineering Past Paper-9

    Identify the property of a system that ENTROPY most directly measures.

  174. 174
    NUST Engineering Past Paper-9

    Three vectors of equal magnitude act along the three sides of an equilateral triangle, taken in order (head-to-tail). Determine the magnitude of their resultant.

  175. 175
    NUST Engineering Past Paper-9

    In the SHM equation , given and , determine the approximate value of (in degrees) for the first such instant.

  176. 176
    NUST Engineering Past Paper-9

    In the 'Well of Death' carnival stunt, a motorbike rides along the vertical inner wall of a cylindrical drum. Identify the force that prevents the bike from sliding down.

  177. 177
    NUST Engineering Past Paper-9

    For a telescope in normal adjustment with angular magnification , state the relationship between the focal lengths of the objective and the eyepiece.

  178. 178
    NUST Engineering Past Paper-9

    State the behaviour of angular momentum for a rotating body when the net external torque acting on it is zero.

  179. 179
    NUST Engineering Past Paper-9

    State the type of motion produced by a couple (two equal, opposite, non-collinear forces).

  180. 180
    NUST Engineering Past Paper-9

    Pick the correct statement among the listed options about stationary (standing) waves.

  181. 181
    NUST Engineering Past Paper-9

    When a wave passes from one medium into another, identify which of its properties must change.

  182. 182
    NUST Engineering Past Paper-9

    State the least count of a standard Vernier calliper.

  183. 183
    NUST Engineering Past Paper-9

    Identify the physical quantity whose dimensions match those of Planck's constant .

  184. 184
    NUST Engineering Past Paper-9

    Among the listed devices, identify which does NOT primarily work on the principle of electromagnetic induction.

  185. 185
    NUST Engineering Past Paper-9

    In circular motion, if the radius of the circular path is increased by , determine the effect on the TANGENTIAL acceleration of a particle moving along it.

  186. 186
    NUST Engineering Past Paper-9

    A bar magnet is positioned along the axis of a circular coil. State the condition(s) under which a current is induced in the coil.

  187. 187
    NUST Engineering Past Paper-9

    In Young's double-slit experiment, if the inter-slit distance is reduced (to approach ), describe the effect on the fringe spacing on the screen.

  188. 188
    NUST Engineering Past Paper-9

    Identify the SI unit used to measure the electrical capacitance of a capacitor.

  189. 189
    NUST Engineering Past Paper-9

    Identify the conservation law that underlies the phenomenon of electromagnetic induction.

  190. 190
    NUST Engineering Past Paper-9

    Per Newton's second law, identify the type of acceleration that a net unbalanced force generates on a particle.

  191. 191
    NUST Engineering Past Paper-9

    Three resistors , , are connected in series across a battery. Identify the resistor that dissipates the maximum power.

  192. 192
    NUST Engineering Past Paper-9

    Identify the direction in which the instantaneous acceleration of a particle performing simple harmonic motion always points.

  193. 193
    NUST Engineering Past Paper-9

    Among the listed physical quantities, identify the one whose SI unit is equivalent to .

  194. 194
    NUST Engineering Past Paper-9

    For a particle in uniform circular motion at constant speed, determine how its angular velocity changes when the orbital radius is doubled.

  195. 195
    NUST Engineering Past Paper-9

    An X-ray photon of wavelength is scattered by a free electron at a scattering angle . Determine the Compton shift .

  196. 196
    NUST Engineering Past Paper-9

    Among the listed regions of the electromagnetic spectrum, identify the one whose individual photons carry the GREATEST energy.

  197. 197
    NUST Engineering Past Paper-9

    Two point charges experience an electrostatic force . Determine the new force when the separation between them is tripled (charges held constant).

  198. 198
    NUST Engineering Past Paper-9

    Identify the orientation between two non-zero vectors for which their scalar (dot) product becomes negative.

  199. 199
    NUST Engineering Past Paper-9

    State the standard formula for the HORIZONTAL RANGE of a projectile launched from level ground at an angle above the horizontal with initial speed (neglecting air resistance).