#1
12th November 2014, 12:01 PM
| |||
| |||
ECIL GET ECE Question Papers
I am doing the preparation for the ECIL GET exam? So I am searching for the ECIL GET ECE Question Papers? Please tell me from where I can download the ECIL GET ECE Question Papers?
|
#2
12th November 2014, 02:43 PM
| |||
| |||
Re: ECIL GET ECE Question Papers
The applicants who want to appear in the ECIL Electronics Corporation of India Ltd GET exam must fulfill the following eligibility criteria: Eligibility: Only Indian Nationals can apply. The applicants who have Engineering degree with minimum 60% (for general/OBC) and second class degree with minimum 50% (for SC/ST) from a recognized university in any of the following disciplines – Mechanical, EEE, ECE, CSE, E&I and Civil are eligible for this exam You are searching for the ECIL GET ECE Question Papers. Here I am providing you the ECIL GET ECE Question Papers. This will helps you in preparation for the exam. This is given below. 1.The current I in the given network. a) 1A b) 3A c) 5A d) 7A 2.For the Delta‐ Wye transformation in given figure, the value of the resistance R is. a) 1/3 ohms b) 2/3 ohms c) 3/2 ohms d) 3 ohms 3.In the given network, the Thevenin’s equivalent as seen by the load resistance Rl is a) V=10 V, R= 2ohms b) V=10V, R=3 ohms c) V=15V, R= 2ohms d) V=15V, R=3 ohms 4.The current I in a series R‐L circuit with R=10 ohms and L=20mH is given by i=2sin500t A. If v is the voltage across the R‐L combination then i a) lags v by 45 degree b) is in‐phase with v c) leads v by 45 d) lags v by 90 5.In thr given network, the mesh current I and the input impedance seen by the 50 V source, respectively, are a) 125/13 A and 11/8 ohms b) 150/13 A and 13/8 ohms c) 150/13 A and 11/8 ohms d) 125/13 A and 13/8 ohms 6.A voltage sourcehaving a source impedance Z = R + jX can deliver maximum Average power to a load impedance Z, when a) Z = R + jX b) Z = R c) Z = jX d) Z = R –jX 7.In the given circuit, the switch S is closed at t=0. Assuming that there is no initial Charge in the capacitor, the current i(t) for t>0 is a) V/R e^ (‐2t/RC) b) V/R e^ (‐t/RC) c) V/2R e^ (‐2t/RC) d) V/2R e^ (‐t/RC) 8.For the circuit in given figure, if e(t) is a ramp signal, the steady state value of the Output voltage v(t) is a) 0 b) LC c) R/L d) RC 9.For the series RLC circuit in given figure, if w=1000 rad/sec, then the current I (in Amperes) is a) 2 ∟‐15 b) 2 ∟15 c) √2∟‐15 d) √2∟15 10.The Y‐parameter matrix (mA/V) of the two‐port given network is a) [2 ‐1 ‐1 2] b) [2 1 ‐1 2] c) [1 ‐2 ‐1 2] d) [2 1 1 2] 11.The maximum number of trees of the given graph is a) 16 b) 25 c) 100 d) 125 12.Given figure shows a graph and one of its trees. Corresponding to the tree, the group of branches that CAN NOT constitute a fundamental cut set is a) 1,2,3 b) 1,4,6,8,3 c) 5,6,8,3 d) 4,6,7,3 13.The Y‐parameter matrix of a network is given by Y=[1 1 ‐1 1] A/V. The Z11 parameter of the same network is a) ½ ohms b) 1/√2 ohms c) 1 ohms d) 2 ohms 14.For the given circuit, the switch was kept closed for a long time before opening it at t=0. The voltage v(0+) is a) ‐10 V b) ‐1 V c) 0V d) 10 V 15.The input impedance of a series RLC circuit operating at frequency W=√2w, w being the resonant frequency, is a) R‐j(wL/√2) ohms b) R+j(wL/√2) ohms c) R‐j√2wL ohms d) R‐j√2wL ohms 16.The threshold voltage V is negative for a) an n‐channel enhancement MOSFET b) an n‐channel depletion MOSFET c) an p‐channel depletion MOSFET d) an p‐channel JFET 17.At a given temperature, a semiconductor with intrinsic carrier concentration ni= 10 ^ 16 / m^3 is doped with a donor dopant of concentration Nd = 10 ^ 26 /m^3. Temperature remaining the same, the hole concentration in the doped semiconductor is a) 10 ^ 26 /m^3 b) 10 ^ 16 /m^3 c) 10 ^ 14 /m^3 d) 10 ^ 6 /m^3} 18.At room temperature, the diffusion and drift constants for holes in a P‐type semiconductor were measured to be Dp = 10 cm^2/s and µp = 1200 cm^2/V‐s, respectively. If the diffusion constant of electrons in an N‐type semiconductor at the same temperature is Dn = 20 cm^2/s, the drift constant for electrons in it is a) µn = 2400 cm^2/V‐s b) µn = 1200 cm^2/V‐s c) µn = 1000 cm^2/V‐s d) µn = 600 cm^2/V‐s 19.A common LED is made up of a) intrinsic semiconductor b) direct semiconductor c) degenerate semiconductor d) indirect semiconductor 20.When operating as a voltage regulator, the breakdown in a Zener diode occurs due to the a) tunneling effect b) avalanche breakdown c) impact ionization d) excess heating of the junction. 21.If the common base DC current gain of a BJT is 0.98, its common emitter DC current gain is a) 51 b) 49 c) 1 d) 0.02 22.Negative resistance characteristics is exhibited by a a) Zener diode b) Schottky diode c) photo diode d) Tunnel diode 23.Let En and Ep, respectively, represent the effective Fermi levels for electrons and holes during current conduction in a semiconductor. For lasing to occur in a P‐N junction of band‐gap energy 1.2 eV, (En ‐ Ep) should be a) greater than 1.2eV b) less than 1.2eV c) equal to 1.1eV d) equal to 0.7eV 24.In a P‐well fabrication process, the substrate is a) N‐type semiconductor and is used to build P‐channel MOSFET b) P‐type semiconductor and is used to build P‐channel MOSFET c) N‐type semiconductor and is used to build N‐channel MOSFET d) P‐type semiconductor and is used to build N‐channel MOSFET 25.In a MOS capacitor with n‐type silicon substrate, the Fermi potential ¢ = ‐0.41 V and the flat‐band voltage Vfb = 0V. The value of the threshold voltage Vt is a) ‐0.82 V b) ‐0.41 V c) 0.41 V d) 0.82 Refer given figure for question 26 and 27. Assume D1 and D2 to be ideal diodes. 26.Which one of the following statements is true? a) Both D1 and D2 are ON. b) Both D1 and D2 are OFF. c) D1 is ON and D2 is OFF. d) D2 is ON and D1 is OFF. 27.Values of Vo and I, respectively, are a) 2V and 1.1 mA b) 0V and 0 mA c) ‐2V and 0.7 mA d) 4V and 1.3 mA 28.In a BJT CASCODE pair, a a) common emitter follows a common base b) common base follows a common collector c) common collector follows a common base d) common base follows a common emitter 29.Inside a 741 op‐amp, the last functional block is a a) differential amplifier b) level shifter c) class‐A power amplifier d) class‐AB power amplifier 30.For the MOSFET in the given circuit, the threshold voltage Vt = 0.5V, the process parameter KP = 150 µA/V^2 and W/L = 10. The values of Vd and Id, respectively, are a) Vd = 4.5 V and Id = 1 mA b) Vd = 4.5 V and Id = 0.5 mA c) Vd = 4.8 V and Id = 0.4 mA d) Vd = 6 V and Id = 0 mA 31.A negative feedback is applied to an amplifier with the feedback voltage proportional to the output current. This feedback increases the a) input impedance of the amplifier b) output impedance of the amplifier c) distortion in the amplifier d) gain of the amplifier 32.The early effect in a BJT is modeled by the small signal parameter a) r0 b) r∏ c) gm d) β 33.For a given filter order, which one of the following type of filters has the least amount of ripple both in pass‐band and stop‐band? a) Chebyshev type I b) Bessel c) Chebyshev type II d) Elliptic 34.For a practical feedback circuit to have sustained oscillation, the most appropriate value of the loop gain T is a) 1 b) ‐1 c) ‐1.02 d) 1.02 35.Assume the op‐amps in given figure to be ideal. If the input signal vi is a sinusoid of 2V peak‐to‐peak and with zero DC component, the output signal vo is a a) sine wave b) square wave c) pulse train d) triangular wave 36.In a common source amplifier, the mid‐band voltage gain is 40 dB and the upper cutoff frequency is 150kHz. Assuming single pole approximation for the amplifier the unity gain frequency fT is a) 6 MHz b) 15 MHz c) 150 MHz d) 1.5 GHz 37.An op‐amp is ideal except for finite gain and CMRR. Given the open loop differential gain Ad=2000,CMRR = 1000, the input to the noninverting terminal is 5.002 V and the input to the inverting terminal is 4.999 V, the output voltage of the op‐amp is a) 14 V b) 24 V c) ‐6 V d) ‐8 V 38.The op‐amp in the circuit in given figure has a non‐zero DC offset. The steady state value of the output voltage Vo is a) –RC dvs(t)/ dt b) – (1/RC)|vs(t)dt c) –V d) +V 39.For the circuit in given figure, if the value of the capacitor C is doubled, the duty‐cycle of the output waveform Vo a) increases by a factor of 2 b) increases by a factor of 1.44 c) remains constant d) decreases by a factor of 1.44 40.Assume the op‐amp in the given circuit to be ideal. The value of the output voltage Vo is a) 3.2 Vi b) 4 Vi c) 9 Vi d) 10 Vi 41.The complement of the Boolean expression F = (X + Yˉ + Z)(Xˉ + Zˉ)(X + Y) is a) XYZ+XZˉ+YˉZ b) XˉYZˉ+XZ+XˉYˉ c) XˉYZˉ+XZ+YZ d) XYZ+XˉYˉ 42.The Boolean function F(A,B,C,D) = ∑(0,6,8,13,14) with don’t care conditions d(A,B,C,D) = ∑(2,4,10) can be simplified to a) F = BˉDˉ+CDˉ+ABCˉ b) F = BˉDˉ+CDˉ+ABCˉD c) F = ABˉDˉ+CDˉ+ABCˉ d) F = BˉDˉ+CDˉ+ABCD 43.The Boolean function F = AˉDˉ+BˉD can be realized by one of the following figures 44. For the multiplexer in given figure, the Boolean expression for the output Y is a) AˉBˉ+BˉCˉ+AC b) ABˉ+BˉCˉ+ACˉ c) ABˉ+BˉC+AC d) AˉBˉ+BˉC+AˉC 45. Which one of the following is TRUE? a) Both latch and flip‐flop are edge triggered. b) A latch is level triggered and a flip‐flop is edge triggered. c) A latch is edge triggered and a flip‐flop is level triggered. d) Both latch and flip‐flop are level triggered. 46. In a schottky TTL gate, the Schottky diode a) increases the propagation delay b) increases the power consumption c) prevents saturation of the output transistor d) keeps the transistor in cutoff region 47. For which one of the following ultraviolet light is used to erase the stored contents a) PROM b) EPROM c) EEPROM d) PLA 48. Which one of the following is NOT a synchronous counter a) Johnson counter b) Ring counter c) Ripple counter d) Up‐down counter 49. In 8085 microprocessor, the accumulator is a a) 4 bit register b) 8 bit register c) 16 bit register d) 32 bit register 50. In the register indirect addressing mode of 8085 microprocessor, data is stored a) at the address contained in the register pair b) in the register pair c) in the accumulator d) in a fixed location of the memory 51. The output w[n] of the system shown in given figure is a) x[n] b) x[n‐1] c) x[n] – x[n‐1] d) 0.5(x[n‐1] + x[n]) 52. Which one of the following is a periodic signal a) x(t) = 2 e^j(t+(π/4)) b) x[n] = u[n] + u[‐n] c) x[n] = ∑{∂[n‐4k]‐∂[n‐1‐4k]} where k = ‐∞to ∞ d) x(t) = e^ (‐1+j)t 53. If the input‐output relation of a system is y(t) = ∫x(t) dt where t = ‐∞ to 2t a) linear, time‐invariant and unstable b) linear, non‐causal and unstable c) linear, causal and time invariant d) non‐causal, time invariant and unstable 54. Which one of the can be the magnitude of the transfer function | H(jw) | of a causal system 55. Consider the function H(jw) = H1(w) + jH2(w), where H1(w) is an odd function and H2(w) is an even function. The inverse Fourier transform of H(jw) is a) a real and odd function b) a complex function c) a purely imaginary function d) a purely imaginary and odd function 56. The laplace transform of given signal is a) –A((1‐e^cs)/s) b) A((1‐e^cs)/s) c) A((1‐e^‐cs)/s) d) –A((1‐e^‐cs)/s) 57. If X(z) is the z‐transform of x[n] = (1/2)^ |n|, the ROC of X(z) is a) |z| > 2 b) |z| < 2 c) 0.5<|z|<2 d) the entire z‐plane 58. In a linear phase system, τg the group delay and τp the phase delay are a) constant and equal to each other b) τg is a constant and τp is proportional to w c) a constant and τg is proportional to w d) τg is proportional to w and τp is proportional to w 59. A signal m(t), band‐limited to a maximum frequency of 20 kHz is sampled at a frequency fs kHz to generate s(t). An ideal low pass filter having cut‐off frequency 37 kHz is used to reconstruct m(t) from s(t). The maximum value of fs required to reconstruct m(t) without distortion is a) 20 kHz b) 40kHz c) 57 kHz d) 77 kHz 60. If the signal x(t) shown in given figure is fed to an LTI system having impulse response h(t) as shown in given figure, the value of the DC component present in the output y(t) is a) 1 b) 2 c) 3 d) 4 61. The characteristic equation of an LTI system is given as s^3 + Ks^2 + 5s + 10. When the system is marginally stable, the value of K and the sustained oscillation frequency w, respectively, are a) 2 and 5 b) 0.5 and √5 c) 0.5 and 5 d) 2 and √5 62. The time required for the response of a linear time‐variant system to reach half the final value for the first time is a) delay time b) peak time c) rise time d) decay time 63. The signal flow graph of the given network is 64. Let c(t) be the unit step response of a system with transfer function K(s+a)/(s+K). If c(0+)=2 and c(∞)=10, then the values of a and K, respectively, are a) 2 and 10 b) ‐2 and 10 c) 10 and 2 d) 2 and ‐10 65. The loop transfer function of an LTI system is G(s)H(s)= K(s+1)(s+5) / s(s+2)(s+3). For K>0, the point on the real axis that DOES NOT belong to the root locus of the system is a) ‐0.5 b) ‐2.5 c) ‐3.5 d) ‐5.5 66. The state space equation of the circuit shown in given figure for x1=v0, x2=I is 67. The open loop gain of a unity feedback system is G(s)=wn^2 / s(s+2wn). The unit step response c(t) of the system is 69. The angles of the asymptotes of the root loci of the equation s^3 + 5s^2 + (K+2)s + K = 0, for 0<=K<∞, are a) 0 and 270 b) 0 and 180 c) 90 and 270 d) 90 and 180 70. The bode plot corresponding to a proportional derivative controller is the one shown in given figure 71. In frequency modulation, the instantaneous a) amplitude of the carrier signal is varied with the instantaneous amplitude of the message signal b) amplitude of the carrier signal is varied with the instantaneous frequency of the message signal c) frequency of the carrier signal is varied with the instantaneous amplitude of the message signal d) frequency of the carrier signal is varied with the instantaneous frequency of the message signal 72. If X is a zero mean Gaussian random variable, then P{X<=0} is a) 0 b) 0.25 c) 0.5 d) 1 73. If a single‐tone amplitude modulated signal at a modulation depth of 100% transmits a total power of 15W, the power in the carrier component is a) 5W b) 10W c) 12W d) 15W 74. In a superheterodyne receiver, rejection of the image signal can be achieved by using a a) higher local oscillatorn frequency b) crystal oscillator c) narrow band IF filter d) narrow band filter at RF stage 75. The number of bbits per sample of a PCM system depends upon the a) sampler type b) quantizer type c) number of levels of the quantizer d) sampling rate 76. Which one of the following is used for the detection of AM‐DSB‐SC signal a) Ratio detector b) Foster‐Seeley discriminator c) Product demodulator d) Balanced‐slpoe detector 77. Which one of the following signal pairs can represent a BPSK signal a) A cos2πfct, A sinπfct b) A cos2πfct, ‐ A sinπfct c) ‐ A cos2πfct, A sinπfct d) A sin2πfct, A cosπfct 78. Which one of the following can be used for the detection of the noncoherent BPSK signal a) matched filter b) phase‐locked loop c) envelope detector d) product demodulator 79. Bits of duration Tb are to be transmitted using a BPSK modulation with a carrier of frequency Fc Hz. The power spectral density of the transmitted signal has the first null at the normalized frequency a) |F – Fc|Tb = 0 b) |F – Fc|Tb = 1 c) |F – Fc|Tb = 2 d) |F – Fc|Tb = 4 80. The probability of bit error of a BPSK modulation scheme, with transmitted signal energy per bit Eb, in an additive white Gaussian noise channel having one‐sided power spectral density N0, is a) (1/2) erfc(Eb/2N0) b) (1/2) erfc√(Eb/2N0) c) (1/2) erfc(Eb/N0) d) (1/2) erfc√ (Eb/N0) 81. For a given transmitted pulse p(t), 0<=t<=T, the impulse response of a filter matched to the received signal is a) –p(t‐T), 0<=t<=T b) –p(T‐t), 0<=t<=T c) p(t‐T), 0<=t<=T d) p(T‐t), 0<=t<=T 82. The multiple access communication scheme in which each user is allocated the full available channel spectrum for a specified duration of time is known as a) CDMA b) FDMA c) TDMA d) MC‐CDMA 83. GSM system uses TDMA with a) 32 users per channel b) 16 users per channel c) 8 users per channel d) 4 users per channel 84. If Rx(τ) is the auto‐correlation function of a zero‐mean wide‐sense stationary random process X, then which one of the following is NOT true? a) Rx(τ) = Rx(‐τ) b) Rx(τ) = ‐Rx(‐τ) c) σx^2 = Rx(0) d) |Rx(τ)| <=Rx(0) 85. If E denotes the expectation operator, then E[X‐EX]^3 of a random variable X is a) EX^3 – E^3X b) EX^3 + 2E^3X – 3EX Ex^2 c) 3EX^3 – E^3X d) 2EX^3 + E^3X – 3EX EX^2 86. A discrete memoryless source produces symbols m1,m2,m3 and m4 with probabilities 1/2, 1/4 , 1/8 and 1/8, respectively. The entropy of the source is a) ¼ b) 1 c) 7/4 d) 2 87. A channel has a signal‐to‐noise ratio of 63 and bandwidth of 1200 Hz. The maximum data rate that can be sent through the channel with arbitrary low probability of error is a) 600 bps b) 1200 bps c) 4800 bps d) 7200 bps 88. For the vectors A = X ax + Y ay and B = Z az, del . (A X B) is a) 0 b) 1 c) XZ d) YZ 89. Which one of the following relations represents Strokes’ theorem (symbols have their usual meaning)? a) ∫s del X A.ds = 0 b) ∫L A.dl = ∫s del X A.ds c) ∫s A X dS = ‐∫v (del X A)dv d) ∫v del.Adv = ∫s A.ds 90. Which one of the following relations is not correct (symbols have their usual meaning)? a) del X E = ‐ ∂B/∂t b) del X H = J + ∂E/∂t c) del.D = ρv d) del.B = 0 91. The electric field component of a uniform plane wave propagating in a lossless magnetic dielectric medium is given by E(t,z)=ax 5cos(10^9 t – 20/3 z)V/m. If η0 represents the intrinsic impedance of the free space, the corresponding magnetic field component is given by a) H(t,z)= ay 5/2 η0 cos(10^9t – 20/3 z)A/m b) H(t,z)= ay 10/ η0 cos(10^9t – 20/3 z)A/m c) H(t,z)= az 5/2 η0 cos(10^9t – 20/3 z)A/m d) H(t,z)= az 10/ η0 cos(10^9t – 20/3 z)A/m 92. The skin depth of a non‐magnetic conducting material at 100 MHz is 0.15 mm. The distance which a plane wave of frequency 10 GHz travels in this material before its amplitude reduces by a factor of e^‐1 is a) 0.0015 mm b) 0.015 mm c) 0.15 mm d) 1.5 mm 93. A lossless transmission line has a characteristic impedance of 100 ohms and an inductance per unit length of 1 μH/m. If the line is operated at 1 GHz, the propagation constant β is a) 2π rad/m b) 20π/3 rad/m c) 20π rad/m d) 2π *10^5 rad/m 94. When a load resistance Rl is connected to a lossless transmission line of characteristic impedance 75 ohms, it results in a VSWR of 2. The load resistance is a) 100 ohms b) 75√2 ohms c) 120 ohms d) 150 ohms 95. A two‐port network characterized by the S‐parameter matrix, [S] = [0.3 L0 0.9 L90 0.9 L90 0.2 L0] Is a) both reciprocal and lossless b) reciprocal, but not lossless c) lossless, but not reciprocal d) neither reciprocal nor lossless 96. A lossless air filled rectangular waveguide has internal dimensions of a cm * b cm. If a=2b and the cutoff frequency of the TE02 mode is 12 GHz, the cutoff frequency of the dominant mode is a) 1 GHz b) 3 GHz c) 6 GHz d) 9 GHz 97. A Hertzian dipole antenna is placed at the origin of a coordinate system and it is oriented along z‐axis. In which one of the following planes the radiation pattern of the antenna has a circular shape? a) x=0 b) y=0 c) z=0 d) ø=45 98. Which one of the following statements is not true? a) Antenna losses are taken into account in calculating its power gain b) For an antenna which does not dissipate any power, the directive gain and the power gain are equal c) Directivity of an antenna is the maximum value of its directive gain d) The directive gain of a Hertzian dipole is same in all direction 99. The directivity of a half dipole antenna is a) 1.0 b) 1.5 c) 1.64 d) 2 100. Which one of the following is not true for a step index optical fibre? a) It can support multiple modes b) HE11 mode is its lowest order mode c) The refractive index of the cladding is higher than that of the core d) At a given wavelength, single mode operation is possible by proper choice of core diameter, core and cladding refractive indices. |
#3
20th March 2015, 12:20 PM
| |||
| |||
Re: ECIL GET ECE Question Papers
Here I am looking for the ECIL Graduate Engineering Trainee (GET) Question Paper of English so can you please provide me this?
|
#4
20th March 2015, 12:21 PM
| |||
| |||
Re: ECIL GET ECE Question Papers
Ok as per your request here I am sharing the ECIL Graduate Engineering Trainee (GET) Question Paper of English Directions (1-4) : Read the following passage carefully and answer the question given below it. Certain words/phrases are given in bold to help you locate them while answering some of the questions. An equally outstanding feature of the ancient Indian educational system is Adhyatma Vichara. Because of this very basic character of an eternal spiritual quest, the Indian system of education is sometimes mistaken to be “other – worlly” whatever be the walk of life or the field of specialization, be it science of medicine, or the mechanics of war or the art of music or dance, the performer and the performance are always dedicated to the Divine. “Daivarpura mastu” is the attitude of every author of every educator of every householder and of very student. There is no science without sublimity and no education without enlightenment. A totally materialistic world is like the paper flower. It may last longer but exists without natural fragrance and an inner potentiality to multiply its message. Unfortunately, our modern education system is like this paper flower. That is the reason why an increased emphasis is laid these days on non-formal education. A large number of books have emerged even from the west like the Peasant Pedagogy of Paulo Fraire. Another title is Deschooling society. Even in the West, very sensitive and highly intellectual people have got fed up with formal education. The paper degrees and diplomas have formalized the system so much that our whole society is swelling up with the educated unemployed. A peculiar situation arises there from; all the uneducated some how seem to be employed all the time, and all the educated seem to be unemployed all the time. That is the reason why an increasing tendency is noticed on the part of employers to prefer performance to mere qualifications. Q.1) The author’s attitude towards present Indian education is essentially (1) realistic (2) despairing (3) distorted (4) uncritical (5) hopeful Q.2) The writer believes that (1) ancient education system was the best (2) there are problems in the present educational system (3) people should do their work with detachment (4) ‘Peasant Pedagogy’ is the best book on education (5) None of these Q.3) Which of the following is FALSE in the context of the passage? (1) Modern educational is artificial (2) Indian education should borrow western ideas (3) Unemployment is the fruit of present educational system (4) Westerners are changing to non-formal education (5) Indiscriminate spread of education results into deterioration of its quality Q.4) The book titled “Deschooling Society” would have discussed (1) how modern societies will function without education (2) how pre-historic societies educated themselves without school (3) how education can take place outside the schools (4) how present education has created problems rather than giving solutions (5) none of these Directions (5-7) : Choose the word which is most nearly the SAME in meaning as the word given in bold as used in the passage Q.5) ENLIGHTENMENT (1) Lightness (2) Insight (3) Twilight (4) Blinding (5) Proficiency Q.6) SUBLIMITY (1) Despression (2) Reduction (3) Subversion (4) Precipitation (5) Proficiency Q.7) DEDICATED (1) Devoted (2) Loyal (3) Submissive (4) Sincere (5) Conscious Directions (8-10) : Choose the word which is most OPPOSITE in meaning as the word given in bold as used in the passage Q.8) FRAGRANCE (1) Aroma (2) Perfume (3) Smell (4) Flavour (5) Stink Q.9) PECULIAR (1) Characteristic (2) Special (3) Specific (4) Distinct (5) Universal Q.10) ETERNAL (1) Momentary (2) Continual (3) Everlasting (4) Endless (5) ceaseless Directions (11-20) : Read each sentence to find out whether there is any grammatical error in it. The error any will be in one part of the sentence. The number of that part is the answer. If there is no error, the answer is (5), (Ignore the errors of punctuation, if any) Q.11) The forest service (1)/ announced that (2)/ the forest fire (3)/ would destroy our town (4)/ No error (5). Q.12) I respectedly(1)/ request(2)/ your consideration(3)/ of my application(4)/ No error(5). Q.13) Although the truck(1)/ was without brakes(2)/ the driver skillfully(3)/ guided it down through hill(4)/ No error(5). Q.14) The famous orator. President Roosevelt(1)/ was in power(2)/ longest than(3)/ anybody else(4)/ No error(5). Q.15) He is(1)/ interested but(2)/ suspicious of(3)/ the new cashier(4)/ No error(5). Q.16) Does books for children(1)/ use shorter sentences(2)/ than those(3)/ for adults(4)/ No error(5). Q.17) A play wright must characterize(1)/ mainly through action and speech(2)/ but a novelist may use(3)/ a great number of technique(4)/ No error(5). Q.18) The pieces of glass windows(1)/ were spread for miles(2)/ but it apparently(3)/ killed no one(4)/ No error(5). Q.19) Two drunks(1)/ were singing loud(2)/ near the hospital(3)/ and a policeman was following them(4)/ No error(5). Q.20) I like Faulkner(1)/ as well as(2)/ even beset(3)/ then I like Steinbeck(4)/ No error(5). Directions (21-25) : In each sentence below, four words which are numbered (1), (2), (3) and (4) have been printed in bold type, one of which may be either inappropriate in the context of the sentence or wrongly spelt. The number of that word is the answer. If all the four words are appropriate and also correctly spelt, mark (5) i.e. ‘All Correct’ as the answer. Q.21) There was(1)/ several(2)/ simple explanations(3)/ for the defeat(4)/ All Correct(5). Q.22) The audience(1)/ are(2)/ applauding(3)/ vigorously(4)/ All correct(5). Q.23) About one-third of the questionnaires were(1)/ not returned(2)/ ,and one seventh of the replies(3)/were unusable(4)/ All correct(5). Q.24) The period(1)/ of history that fascinates(2)/ me more(3)/ is the middle age(4)/ All correct(5). Q.25) After(1)/ you have seen the Taj Mahal, no other arcitectural(2)/ triumph is likely to impress(3)/ one(4)/ All correct(5). Answers for ECIL English Paper 1 (2) 2 (2) 3 (2) 4 (3) 5 (2) 6 (5) 7 (1) 8 (5) 9 (5) 10 (1) 11 (5) 12 (1) 13 (3) 14 (3) 15 (2) 16 (1) 17 (4) 18 (2) 19 (2) 20 (3) 21 (1) 22 (2) 23 (4) 24 (3) 25 (4) |