XvKv wek¦we`¨vjq 2018-2019 06. miY cvIqv hvqt (Displacement is obtained from:)
A. ýeM-mgq ýjLwP※Îi Xvj ý_※K|(the slope of the
mgq : 1 N›Uv 30 wgwbU cŔY©gvb: 120
velocity-time graph.)
c`v_©weÁvb (Physics) B. Z¡iY- mgq ýjLwP※Îi Xvj ý_※K| (the slope of the
01. `ywU mggv※bi ýf±i GKwU we›`y※Z wµqvkxj| G※`i jwäi gvb acceleration-time graph.)
ýh※Kv※bv GKwU ýf±※ii gv※bi mgvb| ýf±i `ywUi ga¨eZx© ýKv※Yi C. ýeM- mgq ýjLwP※Îi wb※Pi ý¶Îdj ý_※K| (the are under
gvb KZ? (Two vectors of equal magnitude are acting
the velocity-time graph.)
D. Z¡iY- mgq ýjLwP※Îi wb※Pi ý¶Îdj ý_※K| (the area
at a point. The value of the resultant vector is equal under the acceleration-time graph.)
to the value of either of the vectors. What is the 07. GKwU cÖZ¨veZx© Zwor cÖevn※K I = 100 sin 2t Ampere
mgxKiY Øviv cÖKvk Kiv nq| Zwor cÖev※ni Mo-eMx©q-eM©gŔ※ji
angle between the vectors?) gvb KZ? (An alternating current is expressed by
02. A. 0 B. 90 , hv※`i C. 120 4, 3 D. 180 the equation I=100 sin 2t Ampere. What is the
wZbwU ýf±i, bI c gvb h_vµ※g Ges 5, ýhvM
a, root mean square value of the current?)
b b)
Ki※j ïb¨ nq A_©vr 0 | Zvn※j | | A. 70.7 Ampere B. 100 Ampere
a c c (a
C. 50 Ampere D. 200 Ampere
a, b
Gi gvb n※jvt (Three vectors and c, of 08. wb※æi ýKvb ivwki GKK 0/0 Gi GK※Ki mgvb? (Which one of
ma agbnitucdes04,. T3haenndt5h,erveaslpueecotifve| lcya(dadtbo)z|eirso:)i.e. the following quantities has the same units of 0/0?)
A. (ýeM)2 (velocity2)
B. (ýiva)2 (resistance2)
A. 12 B. 60 C. 25 D. 15 C. ýPŠ¤^K ý¶Î (magnetic field)
03. GKwU Mvwo GKwU ýmvRv iv¯@vq w¯ři Ae¯řv ý_※K Z¡i※Yi gva¨※g D. ˆe`y¨wZK wefe (electric potential)
hv⁆v ïiŖ Kij| wKQy mgq c※i MvwowU g›`※bi gva¨※g ý_※g 09. mij ý`vj MwZ m¤•bœ GKwU KYvi we¯@vi 0.02 m Ges
hvq| MvwowU GKvB c※_ GKBfv※e hv⁆v K※i cŔe©eZx© ¯řv※b wd※i K¤•v¼ 2.5 Hz n※j Gi m※e©vŗP `ªŖwZ KZ n※e? (What is
Av※m| wbæwjwLZ ýKvb ýjLwP⁆wU MvwowUi MwZ※K cÖKvk K※i? the maximum speed of a particle having simple
(A car accelerates from rest from rest on a straight harmonic motion of amplitude 0.02 m and
road. A short time later, the car decelerates to a
frequency 2.5 Hz?) B. 0.125 ms–1
stop. It then returns to its original position in a A. 0.05 ms–1 D. 0.314 ms–1
C. 0.157 ms–1
similar manner. Which of the following graphs 10. 10 kg f※ii GKwU e¯Ři Dci 2F gv※bi ej cÖ※qvM Kivi d※j
best describes the motion?) e¯ŘwUi Z¡iY nq 60 m/s2| M f※ii GKwU e¯Ři Dci 5F
x x gv※bi ej cÖ※qvM Kivi d※j hw` e¯ŘwUi Z¡iY 50m/s2 nq, Z※e
A. B.
fi M KZ? (A force of magnitude 2F acting on a
t t body of mass 10 kg produces an acceleration of
60 m/s2. If a force of magnitude 5F acting on a
x
x D. body of mass M produces an acceleration of 50
C. m/s2, then what is the mass M?)
tt A. 3.3 kg B. 4.8 kg C. 21 kg D. 30 kg
04. ýKŠwYK fi※e※Mi GKK ýKvbwU? (Which one is the unit 11. A¨vjywgwbqvg cvZ ý_※K ýK※U wP※⁆ cÖ`wk©Z GKwU ejqvKvi
A¨vjywgwbqvg wis ˆZwi Kiv n※q※Q| GwU
of angular momentum?)
A. kg m2s–1 B. kg ms–2 C. kg ms–1 D. kg ms2s–2 Mig Ki※j wK N※U? (An annular
05. 10m/s mg`ªŖwZ※Z r e¨vmv※a©i e‾⁃vKvi c※_ NYŔ ©qgvb
GKwU KYvi ý¶※⁆ w※Pi PviwU ýjLwP※⁆i ýKvbwU mwVK (KYvi aluminium ring is made as
Z¡iY a)? (Which of the following four graphs
shown in the diagram by cutting
correctly represents a particle moving in a
an aluminium sheet. What
circular path of radius r at a constant speed of
happens when this is heated?)
10 m/s (a is the acceleration)?) A. A¨vjywgwbqvg evB※ii w`※K ewa©Z nq I wQ`ª GKB AvKv※ii
_v※K| (aluminium expands outward and the hole
remains the same.)
B. wQ※`ªi e¨vm K※g hvq| (the hole decreases in diamater.)
C. wQ※`ªi ý¶Îdj A¨vjywgwbqv※gi ýh※Kv※bv As※ki ý¶Îd※ji
A. a B. a mgvb Abycv※Z e‾w× cvq| (the area of the hole
rr
expands in the same ratio as that of the area of
a a any part of the aluminium.)
C. D. D. wQ※`ªi ý¶Îdj A¨vjywgwbqv※gi ýh※Kv※bv As※ki ý¶Îd※ji
r
UCC ýP※q ýewk Abycv※Z e‾w× cvq| (the area of the hole
expands in a greater ratio than that of the area of
r any part of the aluminium.) 10
12. GKwU Zvcxq BwÄb cÖwZwU P※µ abv⁅K KvR K※i Ges Zvc 19. GKwU AwZ mym½Z Av※jvK iwk¥ GKwU mŔ¶¥ Zv※ii Dci
nvivq, wKšŘ BwÄbwU ýKvb Zvc MÖnY K※i bv| BwÄbwU AvcwZZZ n※j Zv※ii wcQ※b ýh Qvqv ˆZwi nq Zv GKwU Zv※ii
bq, eis A※bK¸※jv mgvš@ivj Zv※ii| GB NUbvwU e¨vL¨v Kiv
ZvcMwZwe`¨vi ýKvb mŔ⁆※K jŕNb K※i? (A heat engine in
hvq wb※æi ýKvbwUi Øviv? (When a highly coherent
each cycle does positive work and loses energy as
heat, with no heat energy input. Which law of beam of light is incident on a very fine wire, the
thermodynamics does the engine violate?) shadow formed behind it is not just that of a
A. ïb¨Zg mŔÎ| (zeroth law.) B. c_Ö g mÎŔ | (first law.)
C. wØZxq mŔÎ| (second law.) D. Z…Zxq mŔÎ| (third law.) single wire, but rather looks like the shadow of
13. wP※⁆ cÖ`wk©Z eZ©bx※Z 4 ýiv※ai g※a¨ ZworcÖevn KZ? several parallel wires. Which one of the
(What is the current through the 4 resistor in followings explains this phenomenon?)
A. cwÖ ZmiY (refraction) B. AceZ©b (diffraction)
the circuit shown). C. cwÖ Zdjb (reflection) D. Wcjvi wµqv (Doppler effect)
A. 5/4 Ampere 2 20. c / 2 ýe※M Pjgvb GKvU KYvi MwZkw³ KZ? w¯ři Ae¯řvq
B. 5/8 Ampere 5 2 4
C. 1 Ampere KYvwUi fi-m0| (A particle is moving with a
velocity of c / 2 . What is the kinetic energy of
D. 4/5 Ampere the particle? The rest mass of the particle is m0)
14. evBbvwi msL¨v 101101012 n※Z evwbvwi msL¨v 100112 Gi
A. 0.414 m0c2 B. 0.25 m0c2
we※qvMdj n※jvt (The piano wire has a length L and
C. 1.414 m0c2 D. 2.0 m0c2
mass M. If its fundamental frequency is f, then 21. 5.0N Gi GKwU AvbyfwŔ gK ej GKwU 0.50 kg f※ii
the tension in the wire is:) AvqZvKvi e¯Ř※K GKwU Djţ¤^ ý`Iqv※j avþv w`※ŗQ| e¯ŘwU
A. 1011000102 B. 101000102 Avw`※Z w¯ři wQj| hw` ˆ¯řwZK I MZxq Nl©Y ¸Yv¼
C. 101001012 D. 101000112 h_vµ※g s= 0.6 Ges k=0.8 nq, Z※e m/s2 GK※K
e¯ŘwUi Zi¡ Y KZ? (A horizontal force of 5.0 N
15. GKwU wcqv※bv Zv※ii ˆ`N©¨ L Ges fi M| hw` Gi gŔj K¤•v¼
f nq, Z※e Zv※i Uvb n※jvt (A piano wire has a length pushes a 0.50 kg rectangular body against a
vertical wall. The body was intitially at rest.
L and mass M. If its fundamental frequency is f,
then the tension in the wire is:) If the static and kinetic coefficients of
A. 2Mf 2 / L B. 4MLf 2 friction are s= 0.6 and k=0.8, respectively
C. 4f 2L3 / M D. 4f M / L then what is the acceleration of the body in
units of m/s2?)
16. hw` Zwor ý¶※⁆i cÖvej¨ + x A¶ eivei wµqv K※i Ges Gi
gvb E = cx2 nq, ýhLv※b c = aªŖeK, Z※e Zwor wefe V=? A. 1.8 B. 2.0 C. 6.0 D. 8.0
(If the electric field acts in the +x direction and 22. GKwU Zv※ii wfZi w`※q mvB※bv※mvBWvj Zi½ cÖevwnZ n※j Zv※ii
has a magnitude given by E=cx2 (here c = constant),
KYvi m※e©vŗP `ªŖwZ s| Zv※ii GKwU KYvi miY m※e©vŗP mi※Yi
then the electric potential V= ?) A※a©K n※j H KYvi `ªŖwZ n※jvt (The maximum speed of
A. –2cx B. 2cx C. –cx3/3 D. cx3/3 particle of a string carrying a sinusoidal wave is s.
When the displacement of a particle on the string is
17. GKwU Av※jvKiwk¥ wP※⁆ cÖ`wk©Z wZbwU gv`¨g w`※q AwZµg Ki※Q| half of its maximum, its speed is:)
ýeM¸wji ýKvb µgwU mwVK? (A ray of light passes
through three media as shown. Which order of the A. s/2 B. 3 s/2 C. 2s D. 3s/4
velocities is correct?) ýeM = 1 23. GKwU wbDwK¬qvm GKwU wbDUªb MÖnY K※i GKwU weUv KYv ()
A. 3 > 1 > 2 ýeM = 2 wbtmiY K※i I `yBwU Avjdv KYvq cwiYZ nq| Avw`
B. 3 > 2 > 1 ýeM = 3
C. 1 > 2 > 3 wbDwK¬qv※mi A Ges Z h_vµ※g wQjt (A certain nucleus,
D. 1 > 3 > 2 after absorbing a neutron, emits a () particle
18. GKwU Av`k© M¨vm GKwU Zvc Aš@i※Ki AveiYhy³ `‾p cv※⁆ and then splits into two alpha particles. The A
ïb¨ gva¨※g cÖmvwiZ n※jv| d※j wb※æi ýKvbwU N※U? (An and Z, respectively of the original nucleus were:)
ideal gas expands into vacuum in an insulated A. 6, 3 B. 7, 2 C. 7, 3 D. 8, 4
rigid vessel. Which of the followings happens?) 24. e gv※bi GKwU PvR©, r e¨vmv※a©i GKwU e‾⁃vKvi c※_ `ªŖwZ※Z
A. Aš@¯ř kw³i ýKv※bv cwieZ©b nq bv| (no change of
Nyi※Q| e‾※⁃i ýK※›`ª ýPŠ¤^K ý¶※⁆i gvb n※et (A charge of
internal energy.) magnitude e is travelling with a speed v in a
B. ZvcgvÎv n«vm cvq| (a decrease of temperature.)
C. Pv※ci ýKv※bv cwieZ©b nq bv| (on change of pressure.) circular path of radius r. The magnitude of the
magnetic field at the center of the circle is:)
D. `kvi cwieZ©b nq| (a change of phase.) A. 0e/(4r2) B. 0ev/(2r)
C. 0e/(r2) D. 0e/(4r)
UCC
11
25. nvB※Wªv※Rb cigvYyi cÖ_g ýevi K※¶ B※j±ª※bi ýgvU kw³ – 30. Bqvs-Gi wØwPi cix¶vq `yBwU Zi※½i DcwicvZ※bi d※j GKwU
we›`y※Z Kv※jv ýWviv Drcbœ nq| H we›`y※Z Zi½Ø※qi g※a¨ `kv
13.6 eV| Z…Zxq ýevi K※¶ ýgvU kw³ KZ? (An electron
cv_©K¨ n※jvt (m= cŔY©msL¨v) (Two waves superpose to
in the first Bohr orbit of a hydrogen atom has a
give rise to a dark fringe at a point in Young‘s
total energy of 13.6 eV. What is the total energy double-slit experiment. The phase difference
between the two waves at that point is:) (m = integer)
in the third Bohr orbit?)
A. –1.5 eV B. –3.4 eV A. ïb¨ (zero) B. 2g + /4
C. –4.5 eV D. –40.8 eV C. 2g+/2 D. 2g +
26. `yBwU mgvš@ivj Zv※ii g※a¨ GKB gv※bi Zwor cÖevwnZ nq Ges Answer Keys: 1.C 2.B 3.C 4.A 5.D 6.C 7.A 8.C
9.D 10.D 11.C 12.C 13.C 14.B 15.B 16.D 17.A
Zvi `yBwU cÖwZ GKK ˆ`※N©¨ F ej Øviv G※K Aci※K weKl©Y 18.B 19.B 20.B 21.A 22.B 23.C 24.A 25.A 26.B
27.C 28.D 29.C 30.D
K※i| hw` cÖevwnZ Zwor wظY Ges ZviØ※qi g※a¨ `iŔ Z¡※K wZb
¸Y Kiv nq Z※e cÖwZ GKK ˆ`※N©¨i e※ji gvb n※et (Two
parallel long wires carry the same current and imvqb (Chemistry)
repel each other with a force F per unit length. If
both these currents are doubled and the 1. wb※æv³ ýKvbwU Mţvm※K ¶q K※i? (Which of the
separation between the wires is tripled, the force following corrodes glass?)
per unit length becomes:) A. H2SO4 B. HNO3 C. HCl D. HF
2. cÖ_g µ※gi wewµqvi nvi aªŖe※Ki gvb wb※Pi ýKvbwUi Dci
A. 2F/3 B. 4F/3 C. 2F/9 D. 4F/9 wbf©ikxj bq? (On which of the following, the value
27. ïb¨ gva¨※g cÖengvb GKwU mgZj Zi½gy※Li ZworPz¤^Kxq
of the first order rate constant of a reaction is
Zi※½i we`y¨r I ýPŠ¤^K ý¶※⁆i we¯@v※ii AbycvZ, E/B Gi gvb not dependent?)
Gm AvB GK※K n※jvt (In a plane electromagnetic A. ZvcgvÎv (Temperature)
B. wewµqvi Aa©vqy (Half-life of the reaction)
wave propagating in vacuum, the ratio of the C. cfÖ veK (Catalyst)
D. wewµq※Ki NbgvÎv (Concentration of the reactant)
amplitudes of the electric to magnetic fields, E/B 3. ýKvb Gwm※Wi ZxeªZv me※P※q ýewk? (Which of the acids
in SI units is:) is the strongest?)
A. Zi※½i ýKŠwYK K¤•v¼, (the angular frequency of
the wave, .) A. CH3CH2COOH B. Cl CH2CH2COOH
B. ïb¨ gva¨※g Zi½‿`N©¨, (the wavelength of the wave
C. Cl2CH COOH D. CH3COOH
4. 0.125 M HCl Gwm※Wi 500 wg.wj. `ªeY※K 0.100 M jNy
in vacuum, .) `ªe※Y cwiYZ Ki※Z KZUzKz cvwb ýhvM Ki※Z n※e? (How
C. ïb¨ gva¨※g Av※jvi ýeM, c (the speed of light in
much water is to be added to dilute 500 mL of
vacuum, c.) 0.125 M HCl into 0.100 M HCl?)
D. cvţ s※Ki aªŖeK, h (Planck‟s constant, h.) A. 100 mL B. 150 mL C. 125 mL D. 75 mL
28. Drm n※Z aŸwbZ kã GKRb e¨w³ ïb※Z ýc※jv 5 s c※i, hLb 5. wb※æv³ ýKvbwU Øviv ýdbj ý_※K wcKwiK GwmW cÖ¯ŘZ Kiv nq?
GKB kã Av※iKRb e¨w³ ïb※Z ýc※jv 6 s c※i| k※ãi ýeM
300 m/s| GB `yB e¨w³i g※a¨ m※e©vŗP Ges me©wbæ `ŔiZ¡ KZ? (Which one of the following is used to prepare
picric acid from phenol?) B. H2SO4, 30–100C
A. HNO3. H2SO4
(Sound produced from a source is heard by a C. Dilute HNO3 D. Concentrated HNO3
6. wb※Pi ýKvbwU※Z ýewk cigvYy Av※Q? (Which of the following
person after 5 seconds, while the same sound is
has more atoms?)
heard by another person after 6 seconds. The A. 1.10 g of hydrogen atoms
B. 14.7 g of chromium atoms
speed of sound is 300 m/s. What are the C. 2.0 g of helium atoms
D. 7.0 g of nitrogen atoms
maximum and minimum distances, respectively 7. cÖ_g UªvbwRkb avZz wmwi※Ri GKwU avZz n※Z cÖvß GKwU M3+
Avq※b cuvPwU B※j±ªb 3d mve※k※j Aew¯řZ| M3+ AvqbwU Kx
between the two persons?) n※Z cv※i| (An M3+ ion derived from a metal in
A. 1.8km, 0.15 km B. 2.2 km, 0.20 km
C. 2.8 km, 0.25 km D. 3.3 km, 0.30 km
29. MÖ※ni MwZi ý¶※⁆ ÕGKwU b¶⁆ ý_※K MÖn※K ms※hvMKvix the first transition metal series has five electrons
mij※iLv mgvb mg※q mgvb ý¶⁆cj AwZµg K※iÓ GwU in the 3d subshell. What ion might M3+ be?)
ýKvb bxwZi mivmwi djvdj? (In planetary motions– A. Cr3+ B. Mn3+ C. Fe3+ D. Sc3+
―the line joining the star to the planet sweeps out 8. wb※Pi ýKvb ýhŠMwU Pvgov cÖwµqvRvZKi※Y e¨eüZ nq?
equal areas in equal times‖. This is a direct
(Which one of the following compounds is used
in leather tanning?)
consequence of which principle?) A. Ca(OH)2 B. Cr2(SO4)3
A. kw³i msi¶Y bxwZ| (the conservation of energy.)
B. fi※e※Mi msi¶iY bxwZ| (the conservation of momentum.) C. Al2(SO4)3 D. Fe2(SO4)3
C. ýKŠwYK-fi※e※Mi msi¶Y bxwZ| (the conservation of
9. cÖgvY Zvcgv⁆v I Pv※c (STP) ýKvb M¨v※mi 1.0 MÖvg me※P※q
ýewk AvqZb `Lj K※i? (1.0 g of which gas occupies
angular momentum.) the highest volume at standard temperature and
D. f※ii msi¶Y bxwZ| (the conservation of mass.)
pressure (STP)?)
UCC
A. N2 B. H2 C. O2 D. Ar 12
10. wb※Pi ýKvbwU M¨vjfvwbK ýmj Zn(s)/Zn2+(aq)||Cu2+(aq) /Cu(s) 23. mTioOl–21(s)GGeess CO(g) Gi ÔcÖgvY MVb Gb_vjwcÕ h_vµ※g –940 kJ
Gi wefe evovq? (Which one of the following mol–1| TiO2(s) + +
–110 kJ 2C(s)Ti(s)
increases the potential of the Galvanic cell, 2CO(g), GB wewµqvi cÖgvY Gb_vjwci cwieZ©b KZ? (The
‗standard enthalpy of formation‘ –o1f10TiOkJ2(sm) oaln–d1,
Zn(s)/Zn2+ (aq)||Cu2+(aq) /Cu(s)?) CO(g) are 940 kJ mol–1 and
A. increase in [Zn2+] respectively. What is the standard enthalpy change
B. increase in [Cu2+]
C. increase in [Zn2+] and [Cu2+] equally of t–h8e3r0eakcJtimonolT–1iO2(s)+2C(sB) . –7T2i(0s)+kJ2CmOol(–g1)?)
D. increase in [Zn2+] and decrease in [Cu2+] A.
11. ýKvb wewµqvi Õwewµqv Gb_vjwcÓ ÕAv`k© MVb Gb_vjwcÓ C. +720 kJ mol–1 D. +830 kJ mol–1
wb※`©k MVb Gb_vjwcÓ wb※`©k K※i? (―Reaction enthalpy‖ 24. Li Ges Ne Gi ga¨eZx© GKwU ýgŠ※ji 1g mvZwU AvqwbKiY
of which reaction represents the “standard enthalpy kw³mgŔn n※jvt 1310 3390 5320 7450 11000 13300
of formation”? 71000 kJ mol–1| ýgŠjwU cigvYyi ýhvR¨Zv ýk※ji B※j±ªb
A. CO(g)+ 1 O2(g)CO2(g) web¨vm wK? (The first seven ionisation energies of
2
B. H2(g)+ 1 O2(g)H2O(g) an element between Li and Ne are: 1310 3390
2 5320 7450 11000 13300 71000 kJ mol–1. What is
C. NO(g)+ 1 O2(g)NO2(g) the electronic configuration of the valence shell
2
D. K(s)+Mn(s)+2O2(g)KMnO4(s) of an atom of that element?)
12. ýKvb jeY Mvp mvjwdDwiK Gwm※Wi mv※_ wewµqv K※i mvjdvi A. 2s2 B. 2s22sp1 C. 2s22p4 D. 2s22p6
25. ýKvb cigvYy ev Avq※b B※j±ªb I wbDUª※bi msL¨v mgvb? (In
ˆZwi K※i? (Which salt reacts with concentrated
which atom or ion are the numbers of electrons
sulfuric acid to form sulfur?)
and neutrons equal?)
A. NaF B. NaCl C. NaBr D. Nal
9 19 23 O18 2-
13. 2KNO3 2KNO2+O2 wewµqvwU※Z RvwiZ I weRvwiZ A. 4 Be B. 9 F C. 11 Na D. 8
ýgŠj h_vµ※g Kx Kx? (Which elements are oxidised
26. CH3CH(OH)CH2CHO Ges CH3COCH2CH2OH Gi
and reduced respectively in the reaction, g※a¨ cv_©K¨ Kivi Rb¨ ýKvb weKviK e¨envi Kiv ýh※Z cv※i?
2KNO3 2KNO2+O2?) (Which reagent could be used to distinguish between
A. nitrogen and oxygen B. oxygen and nitrogen
CAH. A3CèxHq(KO2HC)rC2OH72C`ªeHYO(aacniddifCieHd3CKO2CCrH2O2C7 Hso2lOuHtio?n) )
C. potassium and oxygen D. nitrogen and potassium B. jNy H2SO4 (dilute H2SO4)
14. e¨vmv※a©i mwVK µg ýKvbwU? (Which is the correct order C.2, 4-WvBbv※UªvwdbvBjnvBWªvwRb (2, 4–dinitrophenylhydrazine)
D. ýdnwis Gi `ªeY (Fehling‟s solution)
of the radii?) 27. wb※Pi wewµqv w¯‹※g X I Y Kx? (What are X and Y in
A. Mg2+<Na+ < Ne B. Mg2+ < Ne <Na+
C. Na+ < Mg2+< Ne D. Mg2+ > Na+>Ne
15. Al2Cl6 AYywU※Z mg※hvRx I mwbœ※ek mg※hvRx eÜ※bi msL¨v
h_vµ※g KqwU? (How many covalent and the following reaction scheme?)
coordination covalent bonds, respectively are CH3CH2CH2Br X CH3CH2CH2CN Y CH3CH2CH2COOH
present in the Al2Cl6 molecule?) A. X = NH3 Y= HCl(aq)
A. 6, 2 B. 6, 1 C. 8, 0 D. 7, 0
16. 50 mL 1.0 M NaOH Ges 50 mL 0.8 M HCl Gi B. X = KCN in C2H5OH, Y=NaOH(aq)
wgkÖ※Yi pH KZ? (What is the pH of a mixture of 50 C. X = KCN in C2H5OH, Y= HCl(aq)
mL 1.0 M NaOH and 50 mL 0.8 M HCl?) D. X = HCN, Y = NaOH(aq)
28. wb※æi ýKvb ýhŠ※Mi ùzUbv¼ me※P※q ýewk? (Which one of
A. 1.0 B. 2.0 C. 13.0 D. 12.0 the following compounds has the highest boiling
17. 2.2 g C3H8 cŔY© `nb K※i CO2 I H2O ˆZwi Ki※Z KZ ýgvj
O2 cÖ※qvRb? (How many moles of O2 is required for point?)
A. CH4 B. NH3 C. PH3 D. H2S
29. ýhŠM X, C6H12O, Aèxq Na2Cr2O7 Øviv RvwiZ n※q Y ýhŠM
the complete combustion of 2.2 g C3H8 to give CO2 nq| Y ýhŠMwU Aí cwigvY Nb H2SO4 Gi Dcw¯řwZ※Z
and H2O?)
A. 0.05 B. 0.15 C. 0.25 D. 0.50
18. sp3 nvBweªWvB※Rk※b KqwU sp3 nvBweªW Awe©Uvj ˆZwi nq? B_vb※ji m※½ wewµqv K※i Z ýhŠM ˆZwi K※i| Z Gi ms※KZ
Kx? (Compound X, C6H12O, is oxidised by acidified
(How many sp3 hybrid orbitals are formed in sp3 Na2Cr2O7 to compound Y. Compound Y reacts
with ethanol in the presence of a little concentrated
hybridisation?)
A. 2 B. 3 C. 4 D. 5 H2SO4 to give Z. What is the formula of Z?)
19. MÖxbnvBR cÖfv※ei Rb¨ me©v※c¶v `vqx ýKvb M¨vmwU? (Which gas
A. CH3(CH2)2CH =CH CO2H
is the most responsible for the greenhouse effect?)
B. CH3(CH2)4CH2COCH2CH3
A. CO BR.jNxqO`xªe※Y AC¨vw.¤C•qHvi4 ZwDor.cCÖeOvn210
20. CuSO4 Gi 0.5 wgwbU C. CH3(CH2)4CO2CH2CH3
e¨vcx Pvjbv Ki※j Kx cwigvY Kcvi Rgv n※e? (What mass D. CH3CH2CO2(CH2)4CH3
30. wb※ævwjwLZ RviY-weRviY wewµqvi Drcv`mgnŔ Kx? (What are
of copper will be deposited if 0.5 A current is
the products of the following redox reaction?)
passed for 10 minutes through aqueous CuSO4
Solution? Ar of Cu = 63.5) K(D2rCcvr`2mOg7nŔ ()aq)+H2SO4(aq)+FeSO4(aq)Products
A. 0.0987 g B. 0.0897 g
C. 0.0798 g D. 0.0789 g A. K2SO4, Fe2(SO4)3, H2O
21. ýKvb ýhŠMwU ýK›`ªvKlx© ms※hvRb wewµqv w`※e? (Which B. K2SO4, Cr2(SO4)3, H2O
C. Cr2(SO4)3, Fe2(SO4)3, H2O
compound will give nucleophilic addition D. K2SO4, Cr2(SO4)3, Fe2(SO4)3, H2O
reaction?) Answer Keys: 1.D 2.D 3.C 4.C 5.A 6.A 7.C 8.B 9.B
22. AýK.vCb 2ýHhŠ4MwU RBj. xCq 2NHa5OBrH Gi m※½Cw.eCwµHq3vCKHi※Oe bv?D(W. Ch2iHch6 10.B 11.B 12.D 13.B 14.A 15.A 16.C 17.C 18.C 19.
compound will NOT react with aqueous NaOH?) D 20.C 21. C 22.A 23.C 24.C 25.D 26.D 27.C 28.B
A. C2H5OH B. C6H5OH 29.C 30.D
UCC C. C6H5COOH D. C2H5COOH
13
MwYZ (Mathematics) 14. f(x) =1+x3 eµ※iLvwUi mv※_ x-A※¶i ýQ`we›`yi msL¨v (The
number of intersection by the curve f(x) = 1+x3
1. 3 1 1 AmgZvwUi mgvavb ýmU (The solution set of
x2 with the x-axis is)
A. 0 B. 1 C. 2 D. 3
the inequality is 3 1 1 is) 15. y= (1+ x)/(1– x) n※j dy Gi gvb (If y= (1+ x)/(1 – x),
x2 dx
A. 2 x 2 B. 4 x 2 dy
75 75 then equals)
A. –2/d(xx – 1)2
C. 1 x 1 D. 1 x 1 C. 2/(1–x2) B. 2/(1–x2)
87 57 D. 2x/(1–x)2
16. y = 2 Ges y= |x| ýiLv¸※jv Øviv Ave× ý¶※⁆i ý¶⁆dj
2. f(x) 1 dvsk※bi ýiÄ (The range of the (The area bounded by the lines y = 2 and y= |x|
|1x|
is)
A. 2 sq. units B. 4 sq. units
function f(x) 1 is) C. 6 suq.uniits D. 8 sq. units
|1x| 17. ýf±i j I v jikGjiaAnšd@fvz©³ýKjvY(kThise)
angle
A. ℝ–{1} B. ℝ–{0} C. ℝ–{0, 1} D. (–, 0) u
3. y = b Ges 3 x – y + 1 = 0 ※iLvØ※qi Aš@fz©³ mŔ¶¥※Kv※Yi between the vectors
gvb (The acute angle between the straight lines A. cos–1(1 / 3 ) B. cos–1(1/3)
C. cos–1(1/2) D. cos–1(1 / 2 )
18. x2 + y2 + 2x – 4y + 4 = 0 e‾※⁃i GKwU ¯•k©K (One of the
y = b and 3 x – y + 1 = 0 is) tangents to the circle x2 + y2 +2x – 4y + 4 = 0 is)
A. 30 B. 45 C. 60 D. 90 A. x = 0 B. x = 2 C. y = 2 D. y = 4
4. x2 –7x + 2 = 0 mgxKi※Yi gjŔ Øq n※Z 2 Kg gŔjwewkó
mgxKiYwU (The equation whose roots are lees by 2 19. cos2(60 + A) + cos2(60 – A) Gi gvb (The value of
cos2(60 + A) + cos2(60 – A is)
than those of the equation x2 –7x + 2 = 0 is)
A. x2 – 4x + 6 = 0 B. x2 – 3x – 8 = 0 A. 1 1 cos2A
C. x2 –11x + 8 = 0 D. x2 – 3x + 8 = 0 2 B. 1+sin2A
5. z = (– 4 +3i)/i Gi KvíwbK Ask (The imaginary part D. 1 1 cos2A
of z = (– 4 + 3i/i is)
C. –4 D. –3 C. 1 + 3cos2A
A. 3 B. 4 2
20. 120 Rb Qv※⁆i g※a¨ 75 Rb wµ※KU ýL※j Ges 65 Rb dzUej
6. n C1 n C2 n C3 ..... n Cn ? ýL※j| KZRb Dfq ýLjvB ýL※j? (Out of 120 students
A. 2n+1 B. 2n C. 2n–1 D. 2n–1
7. 2r sin2(/2) = 1Gi Kv※Z©mxq mgxKiY (The Cartesian 75 play cricket and 65 play football. How may of
equation of 2r sin2(/2) =1 is) the them play both the games?)
A. y2 = 1 +2x B. y2 = 4(1– x) A. 10 B. 20 C. 30 D. 45
21. 3x2 +3y2 – 5x – 6y+4 =0 e‾⁃wUi ýK›`ªi (The
C. y2 = 4(1+x) D. x2 = 4(1+ y) centre of the circle 3x2 +3y2 –5x –6y+4 =0 is)
A. (1,2./3) B. (5/6, 1) C. (5/3, 1) D. (2/3, –1)
8. cot cot3 = 1 mgxKi※Yi mvaviY mgvavb (The general
solution of the equation cot cot3 = 1 is) 22. y = kx mij※iLvwU y = x2 + 4 eµ※iLvi ¯•k©K n※j k Gi GKwU
A. (2n +1)/4 B. (2n +1)/8 gvb (The straight line y = kx will be a tangent to the
C. n/4 D. (2n –1)/2 curve y = x2 + 4 if one of the values of k is)
9. tan1 2 cos1 2 =? A. 1 B. 2 2 C. 3 D. 4
3 13 23. x 1 (1 3) Ges y 1 (1 3) n※j x2+xy + y2
A. tan–1(5/9) B. tan–1(3/7) C. /2 D. /4 22
10. y = x + 4 Ges y = x ýiLvØ※qi j¤^`iŔ Z¡ (The perpendicular
distance between the lines y = x + 4 and y = x is) Gi gvb (If x 1 (1 3) and y 1 (1 3)
22
A. 4 GKK B. 2 2 GKK
then the value of x2 xy y2 is)
C. 2 GKK D. 4 2 GKK
11. y2 – 4y –x2 +6x = 12 mgxKiYwU ýKvb ai※bi KwbK? (The B. 2 C. 1+ 2
A. 0 D. 1
24. ―Permutation‖ kãwUi eY©¸※jvi g※a¨ ¯^ie※Y©i Ae¯řvb
type of the conic y2 – 4y –x2 +6x = 12 is) cwieZ©b bv K※i eY©¸※jv※K KZ iK※g cybivq mvRv※bv hv※e?
A. e‾⁃ (Circle) B. Dce‾⁃ (Ellipse)
C. cive‾⁃ (Parabola) D. Awae‾⁃ (Hyperbola) (In how many ways the word ―Permutation‖ can
12. 2x2 – 8y2 = 2 Awae‾※⁃i Dr※Kw›`ªKZvi gvb (The value of be rearranged without changing the position of
eccentricity of the hyperbola 2x2 – 8y2 = 2 is) the vowels?)
A. 3/(2 2 ) B. 3/2 A. 360 B. 460 C. 459 D. 359
C. 5 /2 D. 5 / 2 25. x2 2 6 Gi we¯@‾wZ※Z x-gy³ c` (The x-free term in
x
13. limx0 sinx ?
tan1(3x) the expansion of x2 2 6 is)
A. 0 B. 1/3 C. 1 D. 3 x
UCC A. 204 B. 240 C. 402 D. 420 14
26. exdx ? 10. ýKvl wefvR※bi ýKvb ch©v※q ýUUªvWmgŔn cvIqv hvq? (In
which stage of cell division tetrads are found?)
A. ýjŧwUb (Leptotene) B. RvB※MvwUb (Zygotene)
A. 2 (ex) 3/2 c 1 ex c C. c¨vKvBwUb (Pachytene) D. WvqvKvB※bwmm (Diakinesis)
3 B.
2
C. 2ex/2 c D. ex/2 c 11. wb※Pi ýKvbwU dm※dvwjwcW? (Which one of the
27. tan(sin1x) dx ? following is a phospholipid?)
A. ýgvg (Wax) B. ivevi (Rubber)
C. wm※Uv※Śij (Sitosterol) D. ýmdvwjb (Cephalin)
Isne|cs1e2(cs(isxni–n21–x1)x+)c+c 12. cwj※ccUvBW UªvÝ※jk※bi Rb¨ Uviwg※bkb ýKvWb ýKvbwU?
A. B. sInec|t(asnin(s–i1nx–)1+xc)|+c
C. D. (Which one is the termination codon for
28. 4 ý_※K 15 ch©š@ msL¨v n※Z ýh ýKv※bv GKwU※K ˆ`ePq※bi polypeptide translation?)
gva¨※g wb※j ýmB msL¨vwU ýgŠwjK A_ev 3 Gi ¸wYZK nIqvi A. AUG B. UGG C. UGA D. AGU
13. ※KvbwU※Z Mv⁆xq Agiv web¨vm cvIqv hvq? (Which one has
m¤¢vebv KZ? (What is the probability that a
superficial placentation?)
number chosen randomly from 4 to 15 is a prime
A. Oryza sativa B. Nelumbo nucifera
number or a multiple of 3?)
C. Helianthus annuus D. Portulaca oleracea
A. 6/7 B. 5/12 C. 2/3 D. 7/12 14. Aixq cÖwZmvg¨Zv ý`Lv hvq (Radial symmetry is observed in)
29. GKwU Pjš@ ýUªb※K ýeªK K※i 10 ým※K※Û _vwg※q ý`Iqv n※jv|
ýUªbwUi Mo g›`b 70 m/sec2 n※j Gi MwZ※eM KZ wQj? (A A. Ctenophora B. Gastropoda
running train is stopped in 10 seconds with a C. Porifera D. Cnidaria
brake. What was the velocity of the train if its 15. ¯‹zBW ýh ce©fz³ cÖvYx (Squid is an animal under the
average retardation was 70 m/sec2?)
phylum)
A. 1000 m/sec B. 800 m/sec A. Porifera B. Platyhelminthes
C. 700 m/sec D. 500 m/sec C. Mollusca D. Nematoda
30. `yBwU mgvb gv※bi ej P Gi me©wbæ jwäi gvb KZ? (What is 16. wMţmb K¨vcmyj c`©v gvbe※`※ni ýh A※½ ý`Lv hvq (Glisson‘s
capsule membrane is found in the following
the minimum resultant of two equal forces of
magnitude P?) organ of human body)
A. hK…Z (Liver)
A. 2P B. 0 C. P D. P/2 B. AMϬvkq (Pancreas)
C. jvjv MÖwš’ (Salviary glands)
Answer Keys: 1.A 2.D 3.C 4.B 5.B 6.D 7.A 8.B 9.C D. M¨vw÷ªK MÖwš’ (Gastric glands)
10.B 11.D 12.C 13.B 14.B 15.C 16.A 17.C 18.A 17. ýev¯@vwg KvwQ※gi ˆe⁂vwbK bvg (The scientific name of
19.A 20.B 21.B 22.D 23.A 24.D 25.B 26.C 27.C
28.C 29.C 30.B Bostami Turtle is)
A. Aspideretes hurum B. Aspideretes nigricans
RxeweÁvb (Biology)
1. ýKvl cÖvPx※ii ¶z`ªZg MvVwbK GKK (The smallest C. Chelonia mydas D. Pangshura tecta
structural unit of cell wall is) 18. mixm‾c msµvš¿ ⁂vb※K Kx ejv nq? (What is the term
A. Micelle B. Microfibril C. Fibril D. Fibre used for the study of reptiles?)
2. cwicŔiK wR※bi Kvi※Y cÖvß wd※bvUvBwcK AbycvZ ýKvbwU? (Which A. nvi※cUjwR (Herpetology)
B. Aiwb_jwR (Ornithology)
is the phenotypic ratio due to complementary gene?) C. g¨vgvjwR (Mammalogy)
A. 15:1 B. 13:3 C. 9.7 D. 9:3:3:1 D. g¨vjvKjwR (Malacology)
3. ýh ai※bi Dw™ÿ※` cwienb Zš¿ ýbB (Plants those do not
19. wb※Pi ýKvbwU i³ gRvU euva※Z evav ý`q? (Which one of
have vascular system belong to)
A. Bryophyta B. Pteridophyta the following prevents clotting of blood?)
A. ýncvwib (Heparin) B. _ªw¤^b (Thrombin)
C. Gymnospern D. Angiosperm
4. Mţy※KvR ýf※O B_vBj Gj※Kvnj I cvwb※Z iƒcvš@wiZ nIqvi
wewµqvq ýh GbRvBg RwoZ (The enzyme involved in C. dvBweªb (Fibrin) D. _ª¤^cÐvw÷b (Thromboplastin)
20. gvbe Pÿz‡Z KqwU †iKUvm †cwk _v‡K? (How many
the reaction that converts glucose into ethyl
rectus muscles are present in human eye?)
alcohol and water is) A. 8 (8) B. 4 (4) C. 3 (3) D. 6 (6)
5. A. Cellulase B. Celiubiase C. Zymase D. Catalase 21. wMwbwc※M `uv※Zi msL¨v (Number of teeth in guinea pig is)
‗Enquiry into Plants‘ eBwU iPbv K※ib (The book
‗Enquiry into Plants‘ was written by) A. 20 B. 24 C. 26 D. 30
22. wb※Pi ýKvbwU※Z Bgweª※KU cy®•c⁆ web¨vm _v※K? (Which
A. Carolus Linnaeus B. Charles Darwin
one of the following has imbricate aestivation?)
C. Gregor Johann Mendel D. Theophrastus
6. wb※Pi ýKvbwU※Z ni※gv※Mvwbqv _v※K? (Which one of the A. Cassia sophera B. Brassica napus
following has hormogonia?) C. Lablab purpureus D. Pisum sativum
23. mvjvgvÛvi ýKvb e※M©i cÖvYx? (Salamander belongs to
A. Sargassum B. Ocillatoria
C. Volvox D. Zygnema which order?)
7. ýKvbwU Pv Mv※Q ýivM m‾wó K※i? (Which one produces A. Anura
B. Crocodilia
disease in tea plant?)
A. Penicillium B. Phytophthora C. Gymnophiona D. Caudata
24. wnc※bvUw‼b ýKvb ai※bi ýKv※l ý`Lv hvq? (Which type of
C. Alternaria D. Cephaleuros
8. wb※Pi ýKvb Dw™ÿ※` ýŚvwgqvg _v※K? (Which one of the cell contains hypontoxin?)
A. ms※e`x ýKvl (Sensory cell)
following plants has stomium?) B. MÖwšř ýKvl (Gland cell)
C. wb※WvmvBU (Cnidocyte)
A. Riccia B. Anthoceros D. ¶Yc`xq ýKvl (Pseudopodial cell)
C. Pteris D. Hibiscus
9. ýKvb AYyRxe bvB※Uªv※Rb mseÜ※b m¶g? (Which microorganism
25. gvbe※`※ni i※³ i³i※mi nvi KZ? (What is the
is capable of fixing nitrogen?)
A. Bacillus B. Acetobacter percentage of plasma in human blood?)
UCC C. Pseudomonas D. Nitrobacter A. 45% B. 55% C. 65% D. 75%
15
26. wWg cv※o Ggb ¯@b¨cvqx cÖvYx (The mammal that lays 14. ÔDwŗQóÕ k※ãi mwÜmvwaZ iƒc ýKvbwU?
A. D`&+wkó B. D`+wQó C. D`&+ó D. D`&+Bó
eggs is?) B. ebiŖB (Pangolin
A. Bu`iy (Rat)
C. nsmPÂz (Platypus) D. KvVweovj (Squirrel) 15. Ôýh wf¶v Pvq, Zv※K `vb KiÕ GwU ýKvb ev※K¨i D`vniY?
A. mij B. RwUj C. wgkÖ D. ýhŠwMK
27. msL¨vi wcivwg※W ýKvb Rx※ei AvwaK¨ _v※K? (Which 16. Ôýh fwel¨r bv ýf※eB KvR K※iÕ-Gi msKzwPZ iƒc-
organism forms greater number in pyramids of A. Awegk‾ ¨Kvix B. AcwiYvg`k©x
number?) C. Af¨vMZ D. cZÖ z¨`Mgb
A. Drcv`K (Producer) 17. ‗Phonetics‘ evsjv cvwifvwlK iƒc ýKvbwU?
B. cvÖ Bgvwi Lv`K (Primary consumer) A. c※Ö qvMv_©we⁂vb B. evM_©weÁvb
C. ým※KÛvwi Lv`K (Secondary consumer) C. aŸwbwe⁂vb D. wPýweÁvb
D. Uviwkqvwi Lv`K (Tertiary consumer) 18. wb※Pi ýKvb k※ã ¯^fveZB ÔYÕ nq?
28. wb※Pi ýKvb ýivMwU wj_vj wR※bi cÖfv※e msNwUZ nq? A. Z…Y B. jeY C. eYb© v D. fxlY
(Which of the following diseases occurs due to 19. ÔR¡vjvZbÕ kãwUi Drm ýKvbwU?
the effect of lethal gene?) A. Aviwe B. dviwm C. wnw›` D. ýcvZz©wMR
A. jvj-meyR eY©vÜZv (Red-green colour blindness) 20. ýKvb evbvb¸※jv ï×?
B. _¨vjvwmwgqv (Thalassemia) A. DŗQ…ŕLj, PjŗQw³ B. Pjrkw³, `yiƒn
C. wn※gvwdwjqv (Haemophilia) C. Drk‾ŕLj, cyivY D. Mwie, bg®‹vi
D. gv¯‹zjvi wWŚªwd (Muscular dystrophy) 21. ÔAvwg hve bvÕ- GwU †Kvb evP¨?
29. Kv※ivwUi me©e‾nr Aw¯ři bvg (The name of the largest A. fveevP¨ B. Kg©KZ…©evP¨ C. Kg©evP¨ D. KZ…©evP¨
bone of skull is) 22. wb※Pi ýKvbwU eûePbevPK evK¨?
A. nvBI※qW Aw¯ř (Hyoid bonde) B. g¨vwÛej (Mandible)
C. ivgvm (Ramus) D. g¨vw·jv (Maxilla) A. KjgwU Avgvi B. mvjgv evwo※Z Av※Q
C. Mv※Q dzj G※m※Q D. cKy z※i Wze w`I bv
30. jwy UbvBwRs ni※gvb ýh KvR※K cÖfvweZ K※i (Luteinizing 23. wb※Pi ýKvb evK¨wU ï×?
hormone influences) A. Avcwb ¯^¯¿xK Avgwš¿Z B. Avcwb ¯^¯¿x※K Avgwš¿Z
A. Aw¯ř e‾w× (Growth of bone) C. Avcwb mš¿xK Avgwš¿Z D. Avcwb ¯^¯¿xmn Avgwš¿Z
B. Lv※`¨i wecvK (Food metabolism) 24. ÔwmZKiÕ k※ãi A_©
C. i³Pvc (Blood pressure) A. mg`y ª B. wngvjq C. Puv` D. ýPvi
D. ýhŠb ni※gv※bi KvR (Function of sex hormone) 25. wb※Pi ýKvbwU wgkÖ wµqvi D`vniY?
Answer Keys: 1.A 2.C 3.A 4.C 5.D 6.B 7.D 8.C 9.C A. ýZvgv※K ý`※L we※kl cÖxZ njvg B. mvB※ib ýe※R DVj
10.C 11.D 12.C 13.B 14.D 15.C 16.A 17.B 18.A C. wk¶K QvÎ※K ýeZv※ŗQb D. mŔh© Wze※Q
19.A 20.B 21.A 22.A 23.D 24.C 25.B 26.C 27.A 26. ÔŚÕ hy³e¨ÄbwU ýKvb ai※bi k※ã e¨eüZ nq?
28.B 29.B 30.D
evsjv (Bangla) A. Zrmg B. we※`kx C. Z™ÿe D. ý`kx
27. Ôiscy※i bŔij`xb GKw`b WvK w`※qwQjÕ-KZ m※b?
1. ÔPvlvi `y¶zÕ cÖe※Ü ýKvb Mfb©i Ô※`wk ýikwg iŖgv※ji Rb¥¯řv※b A. 1189 m※b B. 1757 m※b
AbymÜvb K※ibÕ?
A. jW© ýew›U¼ B. jW© KvR©b C. 1373 m※b D. 1289 m※b
28. Ôciw`b KjKvZv P※j ýMjvg| ÔAvnŸvbÕ Mífy³ GB ev※K¨ Kvi
C. jW© Kb©Iqvwjk D. jW© KvigvB※Kj m¤•※K© ejv n※ŗQ?
2. ÔAwZ kvš@ I mwnòzZvq ým Rxe※bi ¸iŖfvi enb K※iÕ- Kvi
cÖm※½ ejv n※ŗQ? A. Ave`yj B. Av※e`vwj C. MíK_K D. bmi
29. kãga¨¯ř `ywU wfbœ aŸwb G※K Ac※ii cÖfv※e Aí-we¯@vi mgZv
A. gvbly B. b`x C. e‾¶ D. wk¶v jvf Ki※j Zv※K e※j-
3. ÔýmLv※b eviŖYx _v※K M½vmvM※ii ey※KÕ eviŖYx ej※Z Kx ýevSvq?
A. Rj B. R※ji ý`ex C. dzjwe※kl D. mŔh© A. wecÖKl© B. m¤•ÖKl© C. mgxfeb D. AmgxKiY
30. evsjv fvlvq ýgŠwjK ¯^iaŸwbi msL¨v KZ?
4. Ôj¼vi Kj¼ AvwR fwÄe Avn※eÕ--Ôwefxl※Yi cÖwZ ýgNbv`Õ A. 11wU B. 7wU C. 8wU D. 9wU
KweZvq ÔAvneÕ A_© Kx?
A. iveY B. hy× C. j¶¥Y D. wefxlY
5. ÔAv`vq KuvPKjvÕ evMavivwUi A_© Kx? (Xv.we-K 2018-2019) Answer Keys: 1.D 2.C 3.B 4.B 5.A 6.B 7.D 8.C 9.A
10.A 11.D 12.D 13.A 14.A 15.B 16.A 17.C 18.B
A. kÎŖZv B. eÜzZ¡ C. Ac`v_© D. AKvjcK¡ 19.A 20.A 21.D 22.C 23.C 24.C 25.A 26.B 27.A
6. ÔAsK Ki※Z fŔj KiI bvÕ PwjZ ixwZi evK¨wU※Z Aï×-msL¨v? 28.C 29.C 30.B
A. 2wU B. 3wU C. 1wU D. 4wU
7. ýKvb DcmM©wU cieZx© A※_© e¨eüZ n※q※Q? Bs※iwR (ENGLISH)
Read the following passage and answer the questions 1–5:
A. Awf※lK B. Ae※iva C. c`Ö vb D. Abky xjb
8. Ôme©bvk K※i ýhÕ GB e¨vmevK¨wU ýKvb mgvm? Probably no belief has been more tenaciously held
A. ga¨c`※jvcx B. eûeªxwn C. Dcc` ZrcyiŖl D. Kg©aviq among people of all times than the conviction that it is
9. wb※Pi kã¸※jvi g※a¨ ýKvbwU iƒwp kã? possible to judge an individual‟s mental characteristics
A. nwiY B. Rj` C. DRvb D. gvbbxq by the way he is put together physically. Novelists
10. ÔiƒwpÕ-Gi cÖK…wZ cÖZ¨q ýKvbwU? (Xv.we-K 2018-2019) describe the build, facial shape, coloring, and cloths of
A. iŖn&+wZ B. in&+wZ C. iŖr+wZ D. iŖn&+ax their characters in such a way as to accentuate the inner
11. ÔKvj ý_※K cov ïiŖ KiÕ GwU ýKvb Kv※ji wewkó cÖ※qvM? qualities which they assume are expressed by these
A. NUgvb fwel¨r Kvj B. ciy vNwUZ fwel¨r things. Intelligent men an women who “pooh-pooh” the
C. ciy vNwUZ AZxZ D. NUgvb eZ©gvb idea of fortune-telling in general still feel that “there may
12. Ômy※L ý_※Kv- GB ý`vqv KwiÕ-ýKvb KviK? be something in this palmistry or phrenology” Books
A. Acv`vb B. Kg© C. AwaKiY D. KiY explaining personality in terms of the glands obtain wide
13. ÔZzwg ýh eo G※j bvÕ-GLv※b ÔeoÕ and enthusiastic acceptance. Employment interviewers
A. Ae¨q B. we※klY C. wµqv D.we※kl¨ develop their own systems of judging prospective
UCC employees by their appearance. Habits of thinking in
16
such terms are ingrained in our language in such 16. What is the meaning of the proverb, ‗the pot
expressions as “high-brow,” “long-headed,” or “thin- calling the kettle back‘?
skinned.”
1. Novelists judge an individual‘s mental A. be your own B. never leave your root
C. take your decision by your own conscience
characteristics by . D. do not criticize somebody for a fault that you
A. telling fortune possess yourself
B. appearance 17. My father live in Gazipur.
A. use to B. was use to
C. expressing acceptance
C. used to D. was used to
D. physical shape, color and cloths
2. ‗Prospective‘ in the passage is a/an . 18. What does B. C. E. stands for?
A. before Christ ear B. before the Christ era
A. adverb B. noun C. adjective D. verb
C. before the common era D. before common era
3. Phrenology is .
19. The train late three times this week.
A. the detailed study of the shape and size of the
A. is B. has been C. have been D. is being
cranium as a supposed indication of character 20. It hardly an understatement to say that
and mental abilities. online searching changed dramatically
B. the art or practice of supposedly interpreting a with the development of the Web.
person‟s character or predicting their future by A. is, was B. has been, has
examining the palm of their hand. C. is, has D. was, has
C. the study of the movements and relative positions 21. What surprised me the was how and
of celestial bodies interpreted as having an reacted exactly lie you, said the banker to me.
influence on human affairs. A. did he look B. does he look
D. the study of the shape and features of a person‟s
C. the looked D. could he look
facial expression. 22. If you the environmental damage that
4. A synonym of ‗accentuate‘ is .
plastic bags cause, the cost difference really
A. emphasize B. express negligible.
C. foretell D. include A. consider, will B. will consider, is
5. The phrase ‗pooh-pooh‘ means . C. would consider, will D. consider, is
A. to accept B. to reject 23. The rising numbers of icebergs are in turn
―increasing the tsunami hazards‖ occur
C. to respect D. to take for granted
when they break away from a glacier and trigger
Fill in each blank with the most appropriate
a tidal wave.
word/words (Questions 6-30) A. whom B. whose C. which D. who‟s
6. The world has seen many Diasporas but scholars 24. Choose the correct sentence.
have been studying the phenomenon great A. I can recite lists of coordinating conjunctions and
interest only recent decades. conjunctive adverbs any time of the day or night;
A. with, in B. with, for C. of, in D. in, for therefore, I am idolized by my friends.
7. Bangladesh has been one of the in B. I can recite lists of coordinating conjunctions and
formulating and implementing a National Drug conjunctive adverbs any time of the day, or
Policy in the face of the massively powerful and night, therefore, I am idolized by my friends.
global pharmaceutical industry. C. I can recite lists of coordinating conjunctions,
A. colonists, lucrative B. pioneers, lucrative and conjunctive adverbs any time of the day or
C. followers, unprofitable D. followers, secondary night; therefore, I am idolized by my friends.
8. Succeeding in college often is a challenge for D. I can recite lists of coordinating conjunctions and
students, most colleges provide services conjunctive adverbs any time of the day or night,
designed to help students. therefore; I am idolized by my friends.
25. The correct translation of ÕmgvR we※ivaxiv GL※bv aiv
A. moreover B. in addition
ýQuvqvi evB※i|Ó
C. therefore D. as a result
9. The woman sees the cat out in the rain; , the A. The anti-socials are still at large.
cat is gone by the time the woman goes outside. B. The anti-socials are still now at large.
A. however B. and C. The anti-socials are at large.
C. even if D. after all D. The anti-socials are till at large.
10. The work was finished time and budget 26. Which would you have, Ice or coffee.
A. rather B. prefer C. could D. better
A. off, on B. in, with
27. My mother has been in hospital, I wonder how
C. within, with D. on, within she .
11. The troops mustered in front of the garrison. A. is getting on B. gets on
Here, the word ‗muster‘ means.
C. has got across D. is getting away
A. to find courage B. to summon
28. He advised me the doctor.
C. to gather D. to come A. that I see B. to see C. seeing D. see
12. The child sat mute in the corner of the park. 29. By the time, they arrive .
Here, ‗mute‘ is a/an . A. he‟ll have left B. he‟ll leave
A. noun B. adjective C. adverb D. verb C. he leaves D. he left
13. Where when you met him? 30. How many times not to do that?
A. does he live B. was he living A. have I told you B. have I told
C. was he live D. is he living C. haven‟t I told D. I told you
14. Which one is the correct spelling? Answer Keys: 1.D 2.C 3.A 4.A 5.B 6.A 7.B 8.C 9.A
A. chauffeur B. chauffar C. chaffeur D. chuffeur 10.B 11.C 12.B 13.B 14.A 15.A 16.D 17.C 18.D
15. Snorkelling is one kind of . 19.B 20.C 21.C 22.D 23.C 24.A 25.B 26.B 27.A
A. diving B. driving C. walking D. shooting 28.B 29.A 30.A
UCC 17