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| Architecture Sample Questions : |
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| These are few sample questions based for the Preparation Skills for GATE Exam
( Architecture subject). Our Architecture Correspondence Tutorial Package contains Study Material (Tutorial Package + 2 Practice Papers) and Practice Papers only in Architecture Question Bank to Prepare the Student For GATE in Architecture Subject |
| ( Sample Questions for GATE Architecture Exam ) |
| Q-1 Unlike the Greeks, the Romans often used more than one order of columns in tiered arcades. Which order was almost invariably the base? |
a) Ionic
b) Doric
c) Corinthian
d) Composite |
| Q-2 Which Roman author wrote what became the standard text on classical architecture? |
a) Marcus Agrippa
b) Isidore of Miletus
c) Anthemius of Tralles
d) Vitruvius |
| Q-3 What would be most effective in reducing the deflection of a uniformly-loaded, simply-supported beam? |
a) Reducing the load by 10%
b) reducing the span by 10%
c) increasing the moment of inertia, I, by 10%
d) all of the above are equally effective |
| Q-4 What is the internal axial tension force in the tension tie-rod for the truss shown below? |
| a) 55KN b) 27.5KN c)0 KN d) None |
| Q-5 . Which if the following spray painting methods listed below has the highest transfer efficiency? |
a). Conventional air spray
b). Airless spray
c). High-volume low-pressure spray
d). Electrostatic spray |
| Q-6 . Which of the following admixtures should be added to accelerate concrete setting? |
a.) Sodium chloride
b.) Sodium carbonate
c.) Potassium chloride
d.) Calcium chloride |
| Q-7 Which of the following is NOT a necessary condition for condensation? |
a) Saturation
b) high altitude
c) dew-point temperature reached
d) surfaces |
| Q-8 What is the dewpoint when the dry-bulb temperature is 24°C and the wet-bulb temperature is 15°C? |
a) 8°C
b) -18°C
c) 36°C
d) 4°C |
| Q-9. Which is the incorrect colour coding as per Vaastu for the specified element |
a) Water = Blue
b) Fire = Red
c) Ether = White
d) Earth = Yellow |
| Q-10 which is not a correct match for structure with a likely coating or treatment: |
a) Steel piping (atmospheric service) = Organic zinc-rich primer; epoxy-polyamide midcoat; aliphatic polyurethane topcoat
b) Lining for a chemical storage tank = FRP, vinyl ester; or epoxy resin, depending on specific product
c) Ships, to prevent fouling = Copper oxide polymer
d) New marine pilings = Three coats epoxy-polyamide; two coats coal tar epoxy |
| Q-11 In what architectural style was the Temple of Athena constructed? |
a) Composite
b) Doric
c) Ionic
d) Corinthian |
| Q-12 The first known Corinthian column capital was seen in the construction of which temple? |
a) The Temple of Apollo
b) The Temple of Artemis
c) The Temple of Athena
d) The Temple of Hephaestus |
| Q-13 'True Style' later came to be known as _________________. |
a) Mannerism
b) Carolingian
c) Neoclassicism
d) Gothic |
| Q-14 Which of the following, one of the Seven Wonders of the Ancient World, was burnt to the ground? |
a) The Temple of Apollo
b) The Temple of Athena
c) The Temple of Artemis
d) The Temple of Hera |
| Q-15 Converted into a church during the Byzantine period was which of the following temples, built in the Doric style? |
a) The Temple of Paestum
b) The Temple of Hera
c) The Temple of Attalus
d) The Temple of Hephaestus |
| Q-16 What type of building was the Stoa of Attalus? |
a) A shopping mall
b) An ampitheatre
c) A temple
d) A storehouse |
| Q-17 Of what materials was the statue of Athena that stood in the Parthenon made? |
a) Gold and Limestone
b) Marble and Gold
c) Ivory and Gold
d) Marble and Ivory |
Q-18
The critical path for the given network is…. |
a) 1-2-5-7-9
b) 1-2-5-8-9
c) 1-2-4-6-9
d) 1-3-8-9 |
| Q-19. Which of the following is not correct for Stone masonry… |
a) In RUBBLE stone masonry, the stones are left in their natural state, without any kind of shaping
b) In ASHLAR masonry, the faces of stones that are to be placed in surface positions are squared so that the surfaces of the finished structure will be more or less continuous plane surfaces.
c) Both rubble and ashlar work may be either RANDOM or COURSED.
d) Rubble stone masonry work is random but ashlar waork is always coursed |
| Q-20. IF T( l ) = latest allowable occurrence time, T ( e) earliest expected time then which of the statement is not correct? |
a) if T( I ) is greater than T( e) then it is Positive slack
b) if T( I ) is less than T( e) then it is negative slack
c) if T( I ) is equal to T( e) then it is zero slack
d) if T( I ) is not equal to T( e) then it is zero slack |
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| Computer Science Sample Questions : |
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| Q-1 Select the one true statement. |
A) Every binary tree is either complete or full.
B) Every complete binary tree is also a full binary tree.
C) Every full binary tree is also a complete binary tree
D) No binary tree is both complete and full. |
| Q-2 Which data structure has the fastest insertion procedure? |
A) Binary search tree
B) Ordered array
C) Heap
D) Unordered linked list
E) Ordered linked list |
| Q-3 What are the complexities of the insert, remove and search methods of a binary search tree in the worst case? |
A) insert is O(n), remove is O(n), search is O(n)
B) insert is O(log n), remove is O(log n), search is O(n)
C) insert is O(log n), remove is O(log n), search is O(log n)
D) insert is O(log n), remove is O(log n), search is O(1)
E) These methods can't be defined on a binary search tree |
| Q-4 This Ethernet frame type is characterized by its use of the code AA in the SAP fields. |
A) Ethernet II
B) Ethernet RAW
C) Ethernet 802.2
D) Ethernet SNAP |
| Q-5 Which of the following are examples of routed protocols? (Choose all that apply) |
A) IP
B) IPX
C) RIP
D) OSPF
E) AppleTalk |
| Q-6 If switches are used to replace hubs on a network, which of the following statements is true? |
A) The number of broadcast domains will decrease
B) The number of collision domains will increase
C) The number of collision domains will decrease
D) The number of broadcast domains will be zero |
Q-7Full duplex Ethernet communication is only possible when:
A. Systems are connected to same LAN segments
B. Systems are connected to a bridged ports
C. Systems are connected to their own switch port
D. Systems are running over a fiber optic connection |
Q-8 SQL is the combination of
A ) DDL and DQL
B ) DDL , DML and DQL
C ) DDL,DML,DQL and DCL
D ) None of these
Q-9 Which of the following applications may use a stack?
A) A parentheses balancing program.
B) Keeping track of local variables at run time.
C) Syntax analyzer for a compiler.
D) All of the above
Q -10 Consider the implementation of the Stack using a partially-filled array. What goes wrong if we try to store the top of the Stack at location [0] and the bottom of the Stack at the last used position of the array?
A) Both peek and pop would require linear time.
B) Both push and pop would require linear time.
C) The Stack could not be used to check balanced parentheses.
D) The Stack could not be used to evaluate postfix expressions. |
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| Electronices Sample Questions : |
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Q-1 Derive the Boolean expression for the logic circuit shown below:  |
A) C(A + B)DE
B) [C(A + B)D + E]
C) [[C(A + B)]D]E
D) ABCDE |
Q-2 Applying DeMorgan's theorem to the expression , we get
A) (A+B)+C
B) A(B + C)
C) Both A & B
D) None of above |
Q-3 What logic function corresponds to the following arrangement? |
A) L = S1 AND (S2 OR S3) AND S4
B) L = (S1 AND S2) OR (S3 AND S4)
C) L = (S1 OR S2) OR (S3 OR S4)
D) L = S1 OR (S2 AND S3) AND S4 |
| Q-4 Express the decimal number 57 in binary. |
A) 100101
B) 111010
C) 110010
D) 111001 |
| Q-5 A vertical electric dipole antenna |
a) radiates uniformly in all directions.
b) radiates uniformly in all horizontal directions, but more strongly in the vertical direction.
c) radiates most strongly and uniformly in the horizontal directions
d) does not radiate in the horizontal directions |
Q-6 A particle oscillates according to the equation y=5.0 cos 23 t, where y is in centimeters. Find its frequency of oscillation and its position at t=0.15 s.
a) f = 23 Hz, y = -4.8 cm
B) f = 3.7 Hz, y = -5.0 cm
C) f = 3.7 Hz, y = -4.8 cm
D) f = 3.7 Hz, y = +4.8 cm
Q-7 A 10.0-µF capacitor is in series with a 40.0-W resistance, and the combination is connected to a 110-V, 60.0-Hz line. Calculate (a) the capacitive reactance, (b) the impedance of the circuit, (c) the current in the circuit, (d) the phase angle between current and supply voltage
A) (a) 0.0038W (b) 305W (c) 0.415 A (d) voltage lags by 8.58°
B) (a) 266W (b) 269W (c) 0.409 A (d) voltage lags by 81.4°
C) (a) 16 kW (b) 72 kW (c) 2.75 A (d) voltage lags by 6.63°
D) (a) 2.6 kW (b) 262W (c) 0.256 MA (d) voltage leads by 81.4°
Q-8 A circuit has a resistance of 11 W, a coil of inductive reactance 120 W, and a capacitor with a 120-W reactance, all connected in series with a 110-V, 60-Hz power source. What is the potential difference across each circuit element?
A) (a) VR = 110 V, (b) VL = VC = 1.2 Kv
B) (a) VR = 120 V, (b) VL = VC = 2.4 kV
C) (a) VR = 4.8 V, (b) VL = VC = 0 kV
D) (a) VR = 5.0 V, (b) VL = VC = 8.0 V
Q-9 What is the primary function of multiplexing?
A ) To match the frequency range of a signal to a particular channel.
B ) To reduce the bandwidth of a signal.
C ) To select one radio channel from a wide range of transmitted channels.
D ) To allow a number of signals to make use of a single communications channel.
Q-10 A second step to further increase system capacity is a digital access method called TDMA (Time Division Multiple Access). Using the same frequency channelization and reuse as FDMA analog but adding a time sharing element, the effective capacity is:
A) Doubled
B) Tripled
C) Reduced by one third
D) Unchanged
Q-11 What are Pseudo-Random noise sequences, or P/N Sequences?
A) P/N Sequences are known sequences which exhibit the properties or chracteristics of random sequences
B) P/N Sequences can be used to logically isolate users on the same physical (frequency) channel
C) P/N Sequences appear as random noise to everyone else, except to the transmitter and intended receiver
D) All of the above
Q-12 An op-amp integrator has a square-wave input. The output should be
A ) a sine wave.
B) a triangle wave
C) a square wave.
D) pure DC.
Q-13 What is the relationship between the series and parallel resonant frequencies of a quartz crystal?
A) They are equal.
B) Parallel resonant frequency is approximately 1 kHz higher than series resonant frequency
C) Series resonant frequency is approximately 1 kHz higher than parallel resonant frequency.
D) none of the above
Q-14 Refer Below figure to Determine the resonant frequency…
A) 123.4 kHz
B) 61.7 kHz
C) 45.97 kHz
D) 23.1 kHz
Q-15 Which FET amplifier(s) has (have) a phase inversion between input and output signals?
A) common-gate
B) common-drain
C) common-source
D) all of the above |
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| Electrical Sample Questions : |
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Q-1 To keep a ball of mass m moving in a circle of radius r at constant speed u requires a force on the ball that is
A) Directed toward the center of the circle and equal to mv2/r
B) Directed toward the center of the circle and equal to 5mv2/2r
C) Directed away from the center of the circle and equal to mv2/r
D) Directed away from the center of the circle and equal to mv2/2r
Q-2 Three charges, q, 2q, and 2q are located at the vertices of an equilateral triangle as shown. A fourth charge q of mass 1 gram is placed at the center of the triangle. What should q be for m to be suspended at the center? |
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A) It is impossible for m to be suspended at center for any value of q
B) 0.5 ?c
C) 3.30 µC
D) 0.6 µC
E) 1.04 µC
Q-3 F1 is the electric flux through the disk of radius a. F2 is the electric flux through the spherical surface of radius 3a containing a hole of radius a |
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A) F1 > F2
B) F1 < F2
C) F1 = F2
D) F1 = 0.5 F2
Q-4 A circuit consisting of three different capacitors is connected to a battery, as shown in the figure. |
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Calculate the equivalent capacitance for this circuit.
A) Ceq = 1.56 ?f
B) Ceq = 1.71 ?f
C) Ceq = 3.71 ?f
D) Ceq = 5.20 ?f
E) Ceq = 9 µF
Q-5 A 10 V battery with an internal resistance of 2 O provides power to a resistor network as shown in the figure.
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How much current does the battery supply?
A) IB = 0.15 A
B) IB = 0.32 A
C) IB = 0.47 A
D) IB = 0.68 A
E) IB = 0.80 A
Q-6 An electromagnetic plane wave is propagating in the vacuum. The electric field at time t = 0 over two wavelengths is sketched in the figure below. The E-field is given by E(x,y,z,t) = i Eo sin(kz + ?t). Here, i is the unit vector in the +x direction, j is the unit vector in the +y direction, and k is the unit vector in the +z direction.
In which direction does the wave propagate? |
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A) It propagates in the +z direction
B) It propagates in the -z direction.
C) It propagates in the -x direction.
D) It propagates in the +y direction.
Q-7 Which of the following materials is not a semiconductor?
A) Gallium nitride
B) Germanium
C) Gallium
D) Silicone
Q-8 What would be a typical magnitude for the reverse current in a general-purpose silicon diode?
A) A few picoamps.
B) A few nanoamps
C) A few microamps.
D) A few milliamps.
Q-9 Which of the following statements is incorrect?
A) At room temperatures, pure semiconductors make excellent conductors
B) Conduction within pure semiconductors is termed intrinsic conduction.
C) Doping pure semiconductor material with small amounts of donar impurities produces an p-type & n-type semiconductor.
D) The dominant charge carriers within a doped semiconductor are called majority charge carriers
Q-10 Estimate the bandwidth of a signal with the following frequency spectrum.
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A) 700 Hz.
B) 200 Hz.
C) 1200 Hz.
D) 500 Hz
Q-11 What is the effect of negative feedback on the gain of an amplifier?
A) It reduces the gain by a factor of (1 + AB).
B) It increases the gain by a factor of (1 + 2AB).
C) It reduces the gain by a factor of 1/2B.
D) It increases the gain by a factor of 1/B.
Q-12 Which of the following statements is incorrect?
A) In circuits using n-channel FETs the supply voltage is normally more positive than the source.
B) The operation of FETs is essentially non-linear
C) All FETs have very high input resistance.
D) The transconductance of a FET is given by gm = ID/VGS.
Q-13 What are the characteristics of the following circuit? |
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A) A high voltage gain, a high output resistance and a low output resistance
B) A voltage gain of 1, a high input resistance and a low output resistance
C) A high voltage gain of .5, a low input resistance and a high output resistance.
D) A voltage gain of 1, a low input resistance and a high output resistance
Q-14 A continuous time signal Xc(t) is sampled at sampling frequency fs=1/T=5Hz to obtain a discrete-time signal x[n]=xc(nT). Which of the continuous time sinusoids in Figure 8(a) could be sampled at this rate without aliasing? |
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A) Xc(t)
B) Xb(t)
C) Xc(t)
D) Xd(t)
E) Xe(t)
F) None of the above
Q-15 the following abbreviations are used : FT= Fourier Transform, FS= Fourier series, DT= Discrete - time, and CT= Continious – Time, DFT= Discrete Fourier Transform, FFT= Fast fourier Transform. Assume the signal is Real-Value, then what transform is actually calculated by hardware, such as digital oscilloscopes to estimate the CTFT ?
A) CTFT
B) CTFS
C) DTFS
D) DTFT
E) DFT |
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| Mechanical Sample Questions : |
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