NUST Engineering Past Paper-7
199 MCQs — Click "Reveal" to see the correct answer.
-
1NUST Engineering Past Paper-7
What is the dimensional formula for work?
-
2NUST Engineering Past Paper-7
On which of the following does the speed of sound in an ideal gas depend?
-
3NUST Engineering Past Paper-7
A particle moves in a circle of radius m at a uniform speed of m/s. Find its centripetal acceleration.
-
4NUST Engineering Past Paper-7
Which optical phenomenon explains the formation of bright and dark fringes in a Young's double-slit pattern?
-
5NUST Engineering Past Paper-7
Two long parallel wires carry equal currents in *opposite* directions. What is the magnetic field at the midpoint between them?
-
6NUST Engineering Past Paper-7
Among the following media, in which does sound travel the fastest?
-
7NUST Engineering Past Paper-7
Identify the SI unit of linear momentum.
-
8NUST Engineering Past Paper-7
On a transverse travelling wave, determine the distance between a crest and the next adjacent trough.
-
9NUST Engineering Past Paper-7
Among the following, which is a valid SI unit for momentum?
-
10NUST Engineering Past Paper-7
If the time period of a simple pendulum is increased by a factor of (i.e. ), determine the corresponding change in its frequency.
-
11NUST Engineering Past Paper-7
A body executing SHM with period starts from the equilibrium position moving toward . Determine the time at which it first reaches .
-
12NUST Engineering Past Paper-7
If and are real numbers, , and the vector is perpendicular to , state the resulting algebraic condition on and .
-
13NUST Engineering Past Paper-7
Identify the actual external force that propels a non-skidding car forward when the driver presses the accelerator.
-
14NUST Engineering Past Paper-7
Identify the class of materials from which electrons are most readily liberated when illuminated by light of sufficient frequency (the photoelectric effect).
-
15NUST Engineering Past Paper-7
Identify the type of electromagnetic radiation primarily responsible for the phenomenon of pair production.
-
16NUST Engineering Past Paper-7
Identify the principal physical quantity that a torsion balance is designed to measure.
-
17NUST Engineering Past Paper-7
Identify the region of the electromagnetic spectrum in which the human body does NOT typically emit radiation under normal conditions.
-
18NUST Engineering Past Paper-7
A spring-mass oscillator has total mechanical energy and amplitude . Determine the spring constant .
-
19NUST Engineering Past Paper-7
A body in SHM with period starts at the equilibrium position moving toward . Determine the time at which it first reaches .
-
20NUST Engineering Past Paper-7
A point charge moves with velocity relative to an observer. Identify what type(s) of field it generates in the surrounding space.
-
21NUST Engineering Past Paper-7
Identify the energy band in which the free electrons of an N-type extrinsic semiconductor predominantly reside at room temperature.
-
22NUST Engineering Past Paper-7
If the absolute temperature of an ideal gas is increased times its original value, determine the corresponding effect on the rms speed of its molecules.
-
23NUST Engineering Past Paper-7
Determine the physical quantity that has the same dimensions as the product , where is mass, is radius, and is angular acceleration.
-
24NUST Engineering Past Paper-7
Two coherent waves of equal amplitude travel in the same direction and are exactly in phase. Determine the resultant amplitude after their superposition.
-
25NUST Engineering Past Paper-7
Identify the scientist who coined the term PHOTON for a quantum of light in 1926.
-
26NUST Engineering Past Paper-7
An electron initially in the orbit of a hydrogen atom de-excites to lower levels. Identify the spectral series in which the highest-energy emitted photon falls.
-
27NUST Engineering Past Paper-7
Identify which of the listed electromagnetic radiations X-rays have HIGHER frequencies than (compared one at a time).
-
28NUST Engineering Past Paper-7
In SHM of a spring-mass oscillator (spring constant , amplitude ), describe the potential energy at the turning points relative to the total mechanical energy .
-
29NUST Engineering Past Paper-7
If both the mass and radius of a planet are reduced to of their original values, determine the corresponding effect on the escape velocity from its surface.
-
30NUST Engineering Past Paper-7
A long solenoid produces magnetic field inside it. If the current is tripled AND the number of turns per unit length is doubled, determine the new field.
-
31NUST Engineering Past Paper-7
A long straight wire has its conventional current flowing OUT of the page. Identify the direction in which the magnetic field circulates around the wire as viewed from the observer's side.
-
32NUST Engineering Past Paper-7
State the formula for the total relativistic energy of a moving object with rest mass moving at speed .
-
33NUST Engineering Past Paper-7
Among the following claims, identify the one that is CORRECTLY established by Einstein's special theory of relativity.
-
34NUST Engineering Past Paper-7
In SHM with spring constant , mass , and maximum speed , determine the maximum acceleration.
-
35NUST Engineering Past Paper-7
For a spring-mass oscillator, if the mass is reduced to and the spring constant is increased to , determine the effect on its time period .
-
36NUST Engineering Past Paper-7
For a rigid body rotating about a fixed axis, determine the magnitude of (angular velocity crossed with angular acceleration).
-
37NUST Engineering Past Paper-7
In the proton-proton fusion chain that powers Sun-like stars, determine the approximate energy released per proton consumed.
-
38NUST Engineering Past Paper-7
Identify the region of the electromagnetic spectrum in which the human body emits radiation most intensely (under normal conditions).
-
39NUST Engineering Past Paper-7
If the frequency of a simple pendulum changes from to , determine the new length expressed in terms of the original length .
-
40NUST Engineering Past Paper-7
In a radioactive decay, the parent nucleus's mass number decreases by and its atomic number decreases by . Identify the emitted particle.
-
41NUST Engineering Past Paper-7
Identify the physicist credited with first proposing the matter-wave hypothesis (that material particles can exhibit wave-like behaviour).
-
42NUST Engineering Past Paper-7
Identify the physical quantity whose SI unit is equivalent to .
-
43NUST Engineering Past Paper-7
Identify the spatial distribution along which light from an isolated point source propagates in a homogeneous isotropic medium.
-
44NUST Engineering Past Paper-7
State the principal charge carrier responsible for current flow in an N-type extrinsic semiconductor.
-
45NUST Engineering Past Paper-7
A moving electric charge produces which type(s) of field in the surrounding space?
-
46NUST Engineering Past Paper-7
State the numerical factor represented by the SI prefix 'femto-' (symbol f).
-
47NUST Engineering Past Paper-7
If the universal gravitational constant were quadrupled (with and unchanged), determine the corresponding effect on the surface gravitational acceleration .
-
48NUST Engineering Past Paper-7
If the time period of a simple pendulum is increased by a factor of (i.e. ), determine the new frequency in terms of the original frequency .
-
49NUST Engineering Past Paper-7
In simple harmonic motion, if the total mechanical energy is reduced to one-third of its original value, determine the corresponding change in amplitude .
-
50NUST Engineering Past Paper-7
Among the listed types of electromagnetic radiation, identify which has the LONGER wavelength.
-
51NUST Engineering Past Paper-7
A passenger in a lift notices that their apparent weight has DECREASED below their normal weight. Identify the motion of the lift consistent with this observation.
-
52NUST Engineering Past Paper-7
Vector runs from to . A second vector — parallel and equal to — has its terminal point at . Determine the initial point of this second vector, expressed as a position vector.
-
53NUST Engineering Past Paper-7
A charged particle moves on a circular path inside a uniform magnetic field. Given , , , , determine the radius of its circular motion.
-
54NUST Engineering Past Paper-7
Two simple pendulums hang side-by-side with the same length . State the conclusion that follows about their oscillation periods.
-
55NUST Engineering Past Paper-7
In a PN junction, identify the majority charge carriers on the P-side and the N-side respectively.
-
56NUST Engineering Past Paper-7
Using the relation , calculate the power when a constant force acts in the direction of motion of an object moving at .
-
57NUST Engineering Past Paper-7
An electron moves in the direction with velocity through a uniform magnetic field . Determine the direction of the magnetic force on the electron.
-
58NUST Engineering Past Paper-7
When the measurements and are added together, determine how many significant figures the result should be reported with.
-
59NUST Engineering Past Paper-7
Sketching Planck's energy-frequency relation with on the -axis and on the -axis, identify the type of graph obtained.
-
60NUST Engineering Past Paper-7
Determine the number of significant figures in the measurement .
-
61NUST Engineering Past Paper-7
The length of a simple pendulum is increased to NINE TIMES its original value. Determine the factor by which its time period of oscillation changes.
-
62NUST Engineering Past Paper-7
The length of a simple pendulum is INCREASED by . Determine the resulting PERCENTAGE INCREASE in its time period.
-
63NUST Engineering Past Paper-7
By what FACTOR must the length of a simple pendulum be changed so that its time period DOUBLES?
-
64NUST Engineering Past Paper-7
A spring-mass oscillator has time period . If the suspended mass is reduced to ONE-QUARTER of its original value (spring constant unchanged), determine the new time period.
-
65NUST Engineering Past Paper-7
A uniform spring of natural time period (with a given attached mass) is cut into THREE equal pieces. One of those pieces is then used to suspend the SAME mass. Determine the new time period.
-
66NUST Engineering Past Paper-7
The amplitude of a simple harmonic oscillator is tripled while its mass and spring constant remain unchanged. Determine the effect on its time period.
-
67NUST Engineering Past Paper-7
The distance between two point charges is HALVED. Determine the factor by which the electrostatic force between them changes (charges held constant).
-
68NUST Engineering Past Paper-7
Two point charges initially exert force on each other. If BOTH charges are TRIPLED and the distance between them is HALVED, determine the new force in terms of .
-
69NUST Engineering Past Paper-7
The magnetic-field strength on the axial line of a short bar magnet at distance from its centre is . Determine the field strength when the distance is TRIPLED (along the same axial line).
-
70NUST Engineering Past Paper-7
Given and , find .
-
71NUST Engineering Past Paper-7
For any complex number , simplify .
-
72NUST Engineering Past Paper-7
For the ellipse with , along which axis does the major axis lie?
-
73NUST Engineering Past Paper-7
Find the only point that satisfies .
-
74NUST Engineering Past Paper-7
How many degrees does the radius vector sweep out in one complete revolution?
-
75NUST Engineering Past Paper-7
Determine the value of such that the piecewise function is continuous at .
-
76NUST Engineering Past Paper-7
Determine the perpendicular distance between the parallel lines and .
-
77NUST Engineering Past Paper-7
Simplify .
-
78NUST Engineering Past Paper-7
Determine the coefficient of the term in the expansion of .
-
79NUST Engineering Past Paper-7
In an arithmetic progression, and . Determine .
-
80NUST Engineering Past Paper-7
Determine the value(s) of for which the upper-triangular matrix has rank exactly .
-
81NUST Engineering Past Paper-7
Determine the equation of the tangent line to at the point .
-
82NUST Engineering Past Paper-7
Evaluate .
-
83NUST Engineering Past Paper-7
Evaluate the infinite series .
-
84NUST Engineering Past Paper-7
For positive reals , determine the sign of the expression .
-
85NUST Engineering Past Paper-7
Evaluate .
-
86NUST Engineering Past Paper-7
Determine the complement and supplement (in that order) of the angle .
-
87NUST Engineering Past Paper-7
A vector of magnitude lies in the second quadrant of the -plane (between the NEGATIVE -axis and the POSITIVE -axis), making a angle with the negative -axis. Determine its -component (horizontal component).
-
88NUST Engineering Past Paper-7
Describe the behaviour of the sequence for .
-
89NUST Engineering Past Paper-7
Given , determine .
-
90NUST Engineering Past Paper-7
Consider the arithmetic progression of complex numbers Identify which of the listed complex numbers is NOT a term of this sequence.
-
91NUST Engineering Past Paper-7
For an arithmetic series with and common difference , find .
-
92NUST Engineering Past Paper-7
If , determine .
-
93NUST Engineering Past Paper-7
A student claims that . Determine the correct value of the integral.
-
94NUST Engineering Past Paper-7
Evaluate .
-
95NUST Engineering Past Paper-7
Determine the perpendicular distance between the parallel lines and .
-
96NUST Engineering Past Paper-7
The sum of the first terms of an arithmetic progression is and the sum of the first terms is . Determine the first term .
-
97NUST Engineering Past Paper-7
Given the general-form circle equation , determine the radius of the circle.
-
98NUST Engineering Past Paper-7
State the general (the th) term in the binomial expansion of for non-negative integer .
-
99NUST Engineering Past Paper-7
For the hyperbola , determine the distance between the two foci.
-
100NUST Engineering Past Paper-7
If , determine the TRACE of the matrix .
-
101NUST Engineering Past Paper-7
The FOURTH term of a geometric progression equals . Determine the product of its first SEVEN terms.
-
102NUST Engineering Past Paper-7
Two positive numbers have arithmetic mean and geometric mean . Determine the two numbers.
-
103NUST Engineering Past Paper-7
Determine the derivative .
-
104NUST Engineering Past Paper-7
Determine the derivative of the function .
-
105NUST Engineering Past Paper-7
Given the parametric equations and (for constant ), determine in terms of .
-
106NUST Engineering Past Paper-7
Determine the SECOND derivative of the function for .
-
107NUST Engineering Past Paper-7
Determine the largest interval on which the function is STRICTLY DECREASING.
-
108NUST Engineering Past Paper-7
Determine the interval(s) of on which the function is INCREASING.
-
109NUST Engineering Past Paper-7
Evaluate the definite integral .
-
110NUST Engineering Past Paper-7
If , determine the value of (assuming ).
-
111NUST Engineering Past Paper-7
Determine the eccentricity of the ellipse .
-
112NUST Engineering Past Paper-7
Determine the coordinates of the VERTICES of the hyperbola .
-
113NUST Engineering Past Paper-7
A circle has centre at and passes through the point . Determine the equation of the circle.
-
114NUST Engineering Past Paper-7
Determine the length of the latus rectum of the ellipse .
-
115NUST Engineering Past Paper-7
Determine the distance between the two foci of the hyperbola .
-
116NUST Engineering Past Paper-7
An infinite geometric series has first term and sum to infinity . Determine the common ratio .
-
117NUST Engineering Past Paper-7
Evaluate the sum of the infinite series .
-
118NUST Engineering Past Paper-7
The sum of the first terms of a series is given by . Determine the th term of the series.
-
119NUST Engineering Past Paper-7
A geometric progression has first term and the sum of its first three terms equals . Determine the common ratio (take the positive root).
-
120NUST Engineering Past Paper-7
The sum of the first terms of an arithmetic progression is . Determine a closed-form expression for the th term .
-
121NUST Engineering Past Paper-7
Determine the derivative of the function (for ).
-
122NUST Engineering Past Paper-7
Determine the derivative of the function for .
-
123NUST Engineering Past Paper-7
If , determine .
-
124NUST Engineering Past Paper-7
State the derivative formula for .
-
125NUST Engineering Past Paper-7
Parametric equations are given by and . Determine in terms of .
-
126NUST Engineering Past Paper-7
Determine the SECOND derivative of .
-
127NUST Engineering Past Paper-7
Given , determine the SECOND derivative .
-
128NUST Engineering Past Paper-7
Determine the rate of change of the surface area of a sphere with respect to its radius at .
-
129NUST Engineering Past Paper-7
The total revenue function (in rupees) of a firm is , where is the number of units sold. Determine the marginal revenue when .
-
130NUST Engineering Past Paper-7
Determine the largest interval on which the linear function is strictly DECREASING.
-
131NUST Engineering Past Paper-7
Determine the largest interval (within ) on which the function is strictly DECREASING.
-
132NUST Engineering Past Paper-7
Determine the interval on which the function is strictly INCREASING.
-
133NUST Engineering Past Paper-7
Determine the set on which the cubic function is strictly INCREASING.
-
134NUST Engineering Past Paper-7
Given the function (defined for ), determine in simplest factored form.
-
135NUST Engineering Past Paper-7
State the largest interval on which the exponential function is strictly INCREASING.
-
136NUST Engineering Past Paper-7
Identify an interval on which the function is NEITHER strictly increasing NOR strictly decreasing.
-
137NUST Engineering Past Paper-7
Among the listed functions, identify the one that is STRICTLY DECREASING on the interval .
-
138NUST Engineering Past Paper-7
Determine the interval(s) on which the function is strictly DECREASING.
-
139NUST Engineering Past Paper-7
Determine the LEAST value of the real parameter such that is strictly INCREASING on the open interval .
-
140NUST Engineering Past Paper-7
Determine the derivative of the function (for ).
-
141NUST Engineering Past Paper-7
Evaluate the definite integral .
-
142NUST Engineering Past Paper-7
If , determine the (positive) value of .
-
143NUST Engineering Past Paper-7
Evaluate the definite integral .
-
144NUST Engineering Past Paper-7
Evaluate the definite integral .
-
145NUST Engineering Past Paper-7
Determine how many distinct -digit numbers can be formed using the digits if NO DIGIT may be repeated.
-
146NUST Engineering Past Paper-7
Find the positive integer satisfying .
-
147NUST Engineering Past Paper-7
Determine how many distinct signals can be generated by HOISTING FLAGS one above the other, chosen from a stock of differently-coloured flags.
-
148NUST Engineering Past Paper-7
Determine the number of distinct arrangements of the letters of the word 'BANANA'.
-
149NUST Engineering Past Paper-7
Find the positive integer satisfying .
-
150NUST Engineering Past Paper-7
Determine the value of the binomial coefficient .
-
151NUST Engineering Past Paper-7
Determine the number of distinct permutations of the letters of the word 'NUMBERS'.
-
152NUST Engineering Past Paper-7
Given and , determine .
-
153NUST Engineering Past Paper-7
Determine how many distinct -DIGIT numbers can be formed using the digits if NO DIGIT may be repeated.
-
154NUST Engineering Past Paper-7
Determine the eccentricity of the hyperbola .
-
155NUST Engineering Past Paper-7
State the condition on the line (slope , -intercept ) so that it is TANGENT to the hyperbola .
-
156NUST Engineering Past Paper-7
State the equation of the NORMAL to the hyperbola at the point lying on it.
-
157NUST Engineering Past Paper-7
In a harmonic progression, the nd term is and the th term is . Determine the th term.
-
158NUST Engineering Past Paper-7
Determine how many distinct five-digit numbers GREATER THAN can be formed using the digits (each digit used exactly once).
-
159NUST Engineering Past Paper-7
Pick the option that best defines 'Arduous':
-
160NUST Engineering Past Paper-7
Pick the option that best defines the verb 'Obviate':
-
161NUST Engineering Past Paper-7
Which option spells the name of the common city bird correctly?
-
162NUST Engineering Past Paper-7
Pick the phrase closest in meaning to 'Abide by':
-
163NUST Engineering Past Paper-7
Pick the option that best defines 'Acrimonious':
-
164NUST Engineering Past Paper-7
Pick the word closest in meaning to 'Azure':
-
165NUST Engineering Past Paper-7
Pick the word closest in meaning to 'Base' (in the sense of 'ignoble'):
-
166NUST Engineering Past Paper-7
Pick the option that best defines 'Exonerate':
-
167NUST Engineering Past Paper-7
Pick the word most nearly OPPOSITE in meaning to 'Imprudent':
-
168NUST Engineering Past Paper-7
Pick the word most nearly OPPOSITE in meaning to 'Mischievous':
-
169NUST Engineering Past Paper-7
Pick the word most nearly OPPOSITE in meaning to 'Monotonous':
-
170NUST Engineering Past Paper-7
Pick the word most nearly OPPOSITE in meaning to 'Nefarious':
-
171NUST Engineering Past Paper-7
Pick the word closest in meaning to 'Periphery':
-
172NUST Engineering Past Paper-7
Pick the word most nearly OPPOSITE in meaning to 'Periphery':
-
173NUST Engineering Past Paper-7
Pick the option that best defines 'Precarious':
-
174NUST Engineering Past Paper-7
Pick the word closest in meaning to 'Upbraid':
-
175NUST Engineering Past Paper-7
Pick the option that best defines 'Valetudinarian':
-
176NUST Engineering Past Paper-7
Pick the term most nearly OPPOSITE in meaning to 'Venial':
-
177NUST Engineering Past Paper-7
Pick the word most nearly OPPOSITE in meaning to 'Repeal':
-
178NUST Engineering Past Paper-7
Pick the word closest in meaning to 'Impressive':
-
179NUST Engineering Past Paper-7
Pick the word closest in meaning to 'Clear':
-
180NUST Engineering Past Paper-7
Pick the option that best captures the meaning of the noun ALTRUISM.
-
181NUST Engineering Past Paper-7
Pick the synonym of the adjective PIOUS.
-
182NUST Engineering Past Paper-7
Pick the synonym of the noun RESTRAINT.
-
183NUST Engineering Past Paper-7
Pick the synonym of the noun AUGURY.
-
184NUST Engineering Past Paper-7
Pick the synonym of the adjective DELECTABLE.
-
185NUST Engineering Past Paper-7
Pick the synonym of the verb DEFER.
-
186NUST Engineering Past Paper-7
Pick the synonym of the verb ENTANGLE.
-
187NUST Engineering Past Paper-7
Pick the synonym of the adjective BENEVOLENT.
-
188NUST Engineering Past Paper-7
Pick the synonym of the adjective ERUDITE.
-
189NUST Engineering Past Paper-7
Pick the antonym of the noun SPLENDOUR.
-
190NUST Engineering Past Paper-7
Pick the antonym of the noun ACCELERATION (used in its general sense of 'speeding up').
-
191NUST Engineering Past Paper-7
Pick the antonym of the adjective MAGNANIMOUS.
-
192NUST Engineering Past Paper-7
Pick the antonym of the noun REPUGNANCE.
-
193NUST Engineering Past Paper-7
Identify the single-word term for a person characterised by severe self-discipline and abstention from indulgence.
-
194NUST Engineering Past Paper-7
Identify the single-word term for a person who renounces a religious or political belief they previously held.
-
195NUST Engineering Past Paper-7
Identify the single-word term for a song or lament sung at a burial or funeral.
-
196NUST Engineering Past Paper-7
Identify the meaning of the idiom 'To make a clean breast of.'
-
197NUST Engineering Past Paper-7
Identify the meaning of the idiom 'To have an axe to grind.'
-
198NUST Engineering Past Paper-7
Identify the meaning of the idiom 'To speak daggers.'
-
199NUST Engineering Past Paper-7
Identify the meaning of the idiom 'To haul (someone) over the coals.'