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Old 15th December 2014, 11:44 AM
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Default Re: Orissa NTSE stage 1 Solved paper

You need Orissa NTSE stage 1 Solved paper, I am giving here:
Orissa NTSE Stage 1 exam paper
91. A bulb of (220 V, 60 W) is operated on 110 V supply then power developed in it is
(1) 15 W (2) 30 W
(3) 65 W (4) 60 W
91. 1
Sol.
2 V P
R

 P  V2
92. A dichromatic light of wavelength 5600 Å and 6300 Å pass through a prism of crown glass.
Then:
(1) deviation for both wavelengths is same.
(2) both will emerge without deviation.
(3) deviation for wavelength 5600 Å is greater than deviation for wavelength 6300 Å.
(4) deviation for wavelength 6300 Å is greater than deviation for wavelength 5600 Å.
92. 3
Sol. Smaller is wavelength of incident ray more is refractive index of material for this colour,
hence more is deviation.
93. A convex lens is in contact with concave lens. The magnitude of the ratio of their focal length
is 2 .
3
Their equivalent focal length is 30 cm. What are their individual focal lengths (in cm).
(1) –75, +50 (2) +10, –15
(3) +75, –50 (4) –15, –10
93. 2
Sol.
eff 1 2
1 1 1
f f f
 
Put f1 = 2f
f2 = –3f
Solving, f = 5 cm.
94. The reading of ideal V connected across R in the circuit
shown below is:
(1) 1 V (2) 2 V
(3) 3 V (4) 4 V
200
I = .02A
6 V
V
94. 2
Sol. For complete circuit
V = IR
6 = (0.02) (200 + R)
 R = 100 
 Reading of voltmeter = IR = (0.02) (100) = 2V
95. An object starting from rest move on a straight road for time t and comes to rest finally. The
distance is converted in two parts. In the first part it is accelerated at constant acceleration 
and then decelerate at rate . Then maximum velocity is
(1) t (2) t
(3) t
2
    
 
 
(4) t
  
      
95. 4
Sol. V = (0) + t1 …(i)
0 = (t1) + t2 …(ii)
t1 + t2 = t
 V (t)
  
       
96. A person is standing in an elevator, in which situation he finds his weight less?
(1) When the elevator moves upward with constant acceleration.
(2) When the elevator moves downward with constant acceleration.
(3) When elevator moves upward with uniform velocity.
(4) When elevator moves downward with uniform velocity.
96. 2
Sol. Let ‘N’ be normal force by elevator floor on man.
Then, mg – N = ma (Assuming downward acceleration)
 N < mg
Which matches with given condition in option (2).
97. Velocity-time graph of an object is
Displacement – Time graph is:
t
V
T
2t 3t [
(1)
t
S
T
2t 3t
(2)
t
S
T
2t 3t
(3)
t
S
T
2t 3t
(4)
t
S
T
2t 3t
97. 2
Sol. Since velocity is always positive, displacement continuously increases which is shown only
in option (2).
98. A source emits sound of frequency 600 Hz inside water. The frequency heard in air will be:
(V = 1500 m/s in water and V = 300 m/s in air).
(1) 300 Hz (2) 120 Hz
(3) 600 Hz (4) 6000 Hz
98. 3
Sol. Frequency of sound depends upon source and is independent of medium.
99. When a charged particle in motion enters in a uniform magnetic field perpendicularly then its
(1) Speed changes (2) Velocity changes
(3) K.E. changes (4) Acceleration does not change
99. 2
Sol. Charge will follow circular path with speed remaining same.
100. The frequency of seconds pendulum is
(1) 0.5 Hz (2) 1.0 Hz
(3) 2.0 Hz (4) 1.5 Hz
100. 1
Sol. For seconds pendulum, T = 2 sec
f = 1
T
= 0.5 Hz
101. The structure of solids is investigated by using
(1) Cosmic rays (2) X-rays
(3) Gamma rays (4) Infrared rays
101. 2
Sol. X-Rays are used to investigate structure of solids.
102. Two bodies with kinetic energy in the ratio of 4 : 1 are moving with equal linear momentum.
The ratio of their masses is
(1) 1 : 2 (2) 1 : 1
(3) 4 : 1 (4) 1 : 4
102. 4
Sol.
2
1 1
2
2 2
(K.E.) p / 2m 4
(K.E.) p / 2m 1
 
 1
2
m 1
m 4

103. Which one of the following is the smallest in size?
(1) N3– (2) O2–
(3) F– (4) Na+
103. 4
Sol. Due to highest effective nuclear charge of sodium ion.
104. Which chemical substance is added to LPG to help in detection of its leakage?
(1) Isobutane (2) Ethanethiol
(3) Propane (4) Hydrogen sulphide
104. 2
Sol. Ethanethiol or ethylmercaptan
105. Which of the following salt does not contains the water of crystallization?
(1) Blue Vitriol (2) Baking soda
(3) Washing soda (4) Gypsum
105 2
Sol. CuSO4.5H2O (Blue Vitriol)
NaHCO3 (Baking Soda)
Na2CO3.10H2O(Washing Soda)
CaSO4.2H2O (Gypsum)
106. The ion of an element has 3 positive charge, 27 mass-number and 14 neutrons. What is the
number of electrons in this ion?
(1) 13 (2) 14
(3) 10 (4) 16
106. 3
Sol. Given
3 positive charge
27 mass number
14 neutron
Mass number of any atom = No. of protons + No. of neutrons
27 = No. of protons + 14
No. of protons = 13
No. of protons in atom = No. of electrons in atom = 13
No. of electrons in ion = 13 – 3 = 10
107. Which one of the following is the natural fruit ripening hormone?
(1) Ethane (2) Ethene
(3) Ethyne (4) Carbide
107. 2
Sol. Ethene is used as natural fruit ripening hormone.
108. Which of the following contains acidic hydrogen?
(1) Ethene (2) Ethane
(3) Ethyne (4) But-2-yne
108. 3
Sol. H C C H   
Sp hybridised carbon
Due to 50% S character carbon becomes more electronegative and acidic. So H+ ion will
release easily.
109. Silver jewellery becomes black on prolonged exposure to air, It is due to the formation of
(1) Ag3N (2) Ag2O
(3) Ag2S and Ag3N (4) Ag2S
109. 4
Sol. Silver combines with SO2 in air to give silver sulphide
2 2 2 2Ag SO Ag S O   
110. What is the mass of oxygen required to react completely with 15 g of H2 gas to form water?
(1) 140 g (2) 115 g
(3) 107.5 g (4) 120 g
110. 4
Sol. 2 2 2 2H O 2H O  
4 g Hydrogen takes up 32 g oxygen
15 g Hydrogen takes up 32 15
4
 = 120 g oxygen.
111. Percentage purity of a sample of gold is 85%. How many atoms of gold are present in its
1 gram sample? (Atomic mass of gold = 197 u)
(1) 2.6  1021 (2) 2.6  1023
(3) 3.0  1021 (4) 4.5  1020
111. 1
Sol. 85% gold in 1 gram sample
0.85 g gold is present in 1 gram sample
197 g of gold = 6.022  1023 atoms of gold
0.85 g of gold =
23
21 6.022 10 .85 2.6 10
197

  
112. The volume of 1 mole of an ideal gas at 25oC temperature and 1 bar pressure is:
(1) 22.4 L (2) 22.7 L
(3) 24.8 L (4) 24.4 L
112. 3
Sol. PV = nRT
1 1 1 0.0821 L atm mol K 298 K V
0.987 atm
   
 [1 bar = 0.987 atm]
V = 24.8 L
113. Which of the following solution can be stored in aluminium container?
(1) MgSO4(aq) (2) ZnSO4(aq)
(3) CuSO4(aq) (4) FeSO4(aq)
113. 1
Sol. Aluminium is less reactive than ‘Mg’ (Magnesium).
 It can’t displace Mg from its salt MgSO4.
114. The cell organelle in which hydrolytic enzymes are stored is:
(1) Plastid (2) Mitochondria
(3) Centrosome (4) Lysosome
114. 4
Sol. Lysosome carry the hydrolytic enzymes.
115. Choose the incorrect statement about insulin:
(1) Deficiency of insulin leads to diabetes.
(2) It regulates the growth and development of the body.
(3) It controls sugar level in the blood.
(4) It is produced from the pancreas.
115. 2
Sol. Insulin secreted by pancreas it converts the glucose in to glycogen and by this it controls the
sugar level in the blood and deficiency of insulin leads to diabetes.
116. The animal which belongs to class pisces is:
(1) Silver fish (2) Jelly fish
(3) Star fish (4) Dog fish
116. 4
Sol. Dog fish (scoliodon) belongs to class pisces.
117. Most of the plants absorb nitrogen in the form of:
(1) Uric acid (2) Amino acids
(3) Atmospheric nitrogen (4) Nitrates and Nitrites
117. 4
Sol. Nitrogen fixing bacteria converts atmospheric N2 into nitrite and nitrate and makes it
available for the plants.
118. In a synapse, the chemical signal is transmitted from:
(1) axonal end of a neuron to dendritic end of another neuron.
(2) axonal end to the cell body of the same neuron.
(3) Cell body to axonal end of the same neuron.
(4) dendritic end of one neuron to axonal end of another neuron.
118. 3
Sol. Junction between two Neuron is known as synapse. In the synapse the chemical signal is
transmitted from cell body to axonal end of the same Neuron.
119. After pollination, the growth of pollen tube on stigma toward ovule is due to:
(1) Phototropism (2) Chemotropism
(3) Hydrotropism (4) Geotropism
119. 2
Sol. After reaching on stigma the pollen grain develops a pollen tube towards ovule because of
chemical reactions (chemotropism).
120. Oxygen present in the glucose molecule formed during photosynthesis is obtained from:
(1) Water molecule (2) Carbondioxide molecule
(3) Chlorophyll (4) Oxygen in air
120. 2
Sol. The O2 present in CO2 molecule is used in the formation of glucose molecule during calvin
Benson cycle of photosynthesis.
121. Which of the following has extranuclear DNA:
(1) Mitochondria (2) Lysosomes
(3) Golgi Complex (4) Rough Endoplasmic reticulum
121. 1
Sol. In Eukaryotic cells DNA is present in the Nucleus, Mitochondria and Plastids (plant).
122. Conversion of one molecule of glucose into two molecules of pyruvic acid takes place in :
(1) Cytoplasm (2) Mitochondria
(3) Endoplasmic reticulum (4) Golgi bodies
122. 1
Sol. Inside the cytoplasm the one molecule of glucose converted in to two molecules of pyruvic
acid after glycolysis.
123. Dead cells of cork contain a chemical in their wall that makes them impervious to gases and
water. The chemical is :
(1) Lignin (2) Suberin
(3) Mucilage (4) Sucrose
123. 2
Sol. Suberin is a chemical which is present in the wall of cork which makes them impervious to
gases and water.
124. Peculiar water driven tube system is the unique feature of the following group:
(1) Echinodermata (2) Arthropoda
(3) Annelida (4) Platyhelminthes
124. 1
Sol. Water vascular system is typical characteristic of echinodermata and it performs most of
their physiological activities.
125. In an accident, two long bones of a person are dislocated. The possible reason may be the:
(1) Breakage of Skeletal muscles (2) Breakage of Tendon
(3) Breakage of Smooth muscles (4) Breakage of Ligament
125. 4
Sol. Ligament is a connective tissue which connects two bones.
126. If the length of a square is   a b ,  then the area of the square will be :
(1)  2 a b  (2)  2 1 a b
2

(3)   2 2 a b  (4)   2 2 1 a b
2

126. 2
Sol. diagonal 2 side 
or side = a b
2

Area = 2 side
 2 2 a b a b
2 2
   
   
 
.
127. The angle between the bisectors of the two acute angles of a right angle triangle is:
(1) o 90 (2)
o 1 112
2
(3) o 135 (4) o 120
127. 3
Sol. AOD = 135o
/2
D
A
B C
O
45o-/2
128. The average rainfall for a week excluding Sunday was 0.5 cm. Due to heavy rainfall on
Sunday, the average for the week rose to 1.5 cm. The rainfall on Sunday was;
(1) 6.5 cm. (2) 7.5 cm.
(3) 8.5 cm. (4) 8.0 cm.
128. 2
Sol. 1.5 7 6 0.5 7.5.    
129. The area of the largest triangle that can be inscribed in a semi-circle of radius ‘r’ is:
(1) 2 r (2) 3 r
(3) 2 2r (4) 2 1 r
2
129. 1
Sol. The largest triangle is isosceles triangle and 2 2 1 Area r 2 r
2
  
130. A rational number between 2 and 3 is:
(1) 1.5 (2) 2 3
2

(3) 2 3  (4) 1.8
130. 1
Sol. 2 1.414, 3 1.732  
Clearly 1.5 lies between them.
131. In the given figure: A B C D E          is equal to:
(1) o 360 (2) o 180
(3) o 150 (4) o 90
131. 2
Sol. Sum of the angle = 180o
132. If the radius of a circle is a rational number, its area is given by a number which is :
(1) Irrational (2) Rational
(3) Integral (4) A perfect square
132. 1
Sol. Since,  is irrational and product of rational and irrational is irrational.
133. The Hypotenuse of a right angle triangle is 10 cm. and the radius of the inscribed circle is 1
cm. The perimeter of the triangle is :
(1) 15 cm. (2) 22 cm.
(3) 24 cm. (4) 26 cm.
133. 2
Sol. Perimeter = 22 cm
C B
A
x
x
10-x 1
1
10-x
134. A hemispherical depression is cut out from one face of a cubical wooden block such that the
diameter (D) of the hemisphere is equal to the edge of the cube. The surface area of the
remaining solid is:
(1)   2 1 24 D
4
  (2) 2 D 
(3)   40 D   (4)    24 2D  
134. 1
Sol. Surface area of remaining solid =  
2 2
2 2 2 D D 1 5D 2 D 24 D .
2 2 4
                   
       
135. The value of 2.4178 is :
(1) 24151
9990
(2) 24151
990
(3) 24154
9990
(4) 24155
9990
135. 3
Sol. 4178 4 2
9990


4174 24154 2 .
9990 9990
 
136. If n is a natural number, then which number always ends at 6 from the following?
(1) n 4 (2) n 2
(3) n 6 (4) n 8
136. 3
Sol. n 6  unit digit is always 6, for any value of n.
137. A number is increased by 10% and then it is decreased by 10%. The net increase or
decrease percent is
(1) 3% (2) 4%
(3) 2% (4) 1%
137. 4
Sol. Let number = 100
New number = 100 110 90 99.
100 100
 


100 99 1%decrease.  
138. A card is drawn form a well-scuffled deck of 52 cards at random. The probability that the
card is neither a heart nor a king is :
(1) 9
13
(2) 17
52
(3) 35
52
(4) 4
13
138. 1
Sol. Required probability 9 .
13

139. The angles of elevation of the top of a tower from two points at distances ‘a’ and ‘b’ metres
from the base and in the same straight line with it, are complementary. The height of the
tower is:
(1) ab metres (2) ab metres
(3) a
b
metres (4)   a b  metres
139. 2
Sol. o AB tan(90 )
a
  
2
AB a.cot
AB Again,tan
b
AB b tan
AB ab
AB ab
 
 
 



90o - 
D
A
B C
a
b
140. The value of o o o o o cot12 cot38 cot52 cot60 cot78 is :
(1) 1 (2) 0
(3) 1
2
(4) 1
3
140. 4
Sol. o o o o o cot12 .cot 38 .cot52 .cot 60 .cot78
o o o o 1 cot12 .cot 38 .tan38 . .tan12
3
1
3


141. AB is a line segment and M is its mid point. Semi-circles are drawn with AM, MB and AB as
diameters on the same side of AB. A circle is drawn to touch all the three semi-circles. Its
radius is :
(1) AB
3
(2) 2 AB
3
(3) AB
6
(4) 3 AB
4
FIITJEE Ltd., N-W Centre, 31, 32, 33, Central Market, West Avenue Road, Punjabi Bagh, New Delhi - 26, Ph: 011-45634000
141. 3
Sol. Let
2 2 2
2 2 2
AB x& OD r
x then,MD
2
x OM r
2
x x x OM MP OP r r
2 16 4
x AB r
6 6
 

 
              
   
 
O
D
B M P A
142. AB and CD are two equal chords of a circle with centre at O. IfOP AB and OQ CD   ,
where P and Q are points on the chords AB and CD respectively and if o POQ 100 ,   the
measure of APQ  is :
(1) o 45 (2) o 50
(3) o 60 (4) o 80
142. 2
Sol. o AB CD,henceOP OQ,Given POQ 100    
o
o
then OPQ 40
APQ 130
 
 
If we interchange positions of A & B.
o APQ 50 .  
A
P
B D
C
Q
O
143. In ABC,D  is the mid point of BC and ED is the bisector of ADB.  If EF BC  meeting AC in
F. The measure of EDF  is :
(1) o 80 (2) o 90
(3) o 110 (4) o 120
143. 2
Sol. Let ADE EDB x    
o
o
then, DMF 2x
i.e.,Mis thecircumcentreof EDF
DFM MDF 90 x
EDF 90
 

    
  
x
D
A
B C
E
x
x
M F
2x
144. If the sum of first n terms of an A.P. is 2 2n n 1,   then the tenth term of this A.P. is :
(1) 36 (2) 37
(3) 38 (4) 39
144. 2
Sol. 10 10 9 t S S 37   
145. A says to B, “I was four times as old as you were when I was as old as you are. “If the sum
of their present ages is 33, then the present ages of A and B respectively are :
(1) 18 years, 15 years (2) 21 years, 12 years
(3) 24 years, 9 years (4) 27 years, 6 years
145. 2
Sol. Let ages of A & B are A & B resp.
then     A A B 4 B A B     
7B A
4
7B B 33 B 12
4
So,A 21.
 
   

146. Who was Confucius?
(1) A Chinese Philosopher (2) King of Tibet
(3) Religious leader of Japan (4) Disciple of Dalai Lama
146. 1
Sol. Confucius was a Chinese Philosopher.
147. What was Barbarossa Operation ?
(1) It was a plan to stop World War-II
(2) Name of Germany’s invasion of Russia during World War-II
(3) Name of treaty between Germany and Russia
(4) A secret meeting of central forces
147. 2
Sol. Barbarossa operation was the name of Germany’s invasion on Russia during World War – II.
148. Who was the King of England during First Round Table Conference :
(1) Edward VII (2) George IV
(3) George V (4) James II
148. 3
Sol. George-V was the King of England during first round table conference.
149. In the first world war, which country was not indulged in allied powers :
(1) Britain (2) Austria
(3) France (4) Russia
149. 2
Sol. Austria was not indulged in allied powers in the First World War.
150. Of which revolution was the motto “Liberty Equality and Fraternity”
(1) The Britain Revolution (2) The American Revolution
(3) The Russian Revolution (4) The French Revolution
150. 4
Sol. Liberty, Equality and Fraternity was the motto of French Revolution.
151. Mahatma Gandhi’s Dandi March was associated with:
(1) Quit India Movement (2) Individual Satyagraha Movement
(3) Non-cooperation Movement (4) Civil Disobedience Movement
151. 4
Sol. Mahatma Gandhi’s Dandi March was associated with Civil Disobedience Movement.
152. The Lahore Congress Session was famous for
(1) Local self government (2) Complete independence
(3) Fundamental rights (4) Constitution assembly
152. 2
Sol. The Lahore Congress Session was famous for complete independence.
153. Who read the inscription on pillar of Emperor Ashoka?
(1) James Prinsep (2) William Jones
(3) D.D Kosambi (4) Fergusan
153. 1
Sol. The inscription on pillar of Emperor Ashoka was read by James Prinsep.
154. Great Bath in Harappa Civilization was situated in:
(1) Lothal (2) Harappa
(3) Mohanjadora (4) Kalibanga
154. 3
Sol. Great Bath in Harappa Civilization was situated in Mohanjodaro.
155. Din-e-Elahi, a new religion was introduced by
(1) Jahangir (2) Akbar
(3) Babar (4) Shershah
155. 2
Sol. Din-e-Elahi was a new religion introduced by Akbar.
156. Which one of the following metal can be obtained from bauxite?
(1) Aluminium (2) Copper
(3) Iron (4) Silver
156. 1
Sol. Aluminium can be obtained from bauxite (Al2O3 – Bauxite)
157. Which type of drainage pattern is formed, when river and its tributaries resemble the
branches of a tree.
(1) Dendritic (2) Radial
(3) Trellis (4) Rectangular
157. 1
Sol. A dendritic pattern is formed when river and its tributaries resemble the branches of a tree.
158. Which one of the following types of vegetation does ‘rubber’ belong to
(1) Tundra (2) Tidal
(3) Himalayan (4) Tropical Evergreen
158. 4
Sol. Rubber belongs to tropical evergreen region.
159. Tropic of cancer o 1 23 N
2
 
 
 
does not pass through which state of India?
(1) Rajasthan (2) Chattisgarh
(3) Odisha (4) Tripura
159. 3
Sol. Tropic of cancer does not pass through Odisha.
160. Which one of the following describe a system of agriculture where a single crop is grown on
a large area:
(1) Shifting agriculture (2) Horticulture
(3) Plantation agriculture (4) Intensive agriculture
160. 3
Sol. In plantation agriculture a single crops is grown on a large area.
161. Which one of the following Iron and Steel plant is located in Odisha?
(1) Durgapur (2) Bokaro
(3) Rourkela (4) Jamshedpur
161. 3
Sol. In Odisha, a steel plant is located in Rourkela.
162. Which of the following facts is not true about Laterite soils of India?
(1) They form as a result of the process of leaching
(2) Cashewnuts can be grown in this soil
(3) They have high content of organic matter in them
(4) Potash is found in excess in these soils
162. 3
Sol. There is a low content of organic matter in Laterite soil.
163. Which of the following dams is not a part of Damodar Valley Project?
(1) Panchet (2) Tilaiyya
(3) Mettur (4) Maithon
163. 3
Sol. Mettur is not a part of Damodar Valley Project.
164. Which mountainous state faced severe flooding in June 2013.
(1) Sikkim (2) Jammu and Kashmir
(3) Uttrakhand (4) Arunachal Pradesh
164. 3
Sol. Recently, Uttarakhand faced severe flooding.
165. Which of the following energy is produced from a non-sustainable source?
(1) Thermal energy (2) Solar energy
(3) Wind energy (4) Geo-thermal
165. 1
Sol. Thermal energy is produced from a non-sustainable source(coal).
166. According to the constitution of India, who has the power to Legislate on the subject
‘Computer Software’?
(1) The Union Government (2) The State Governments
(3) Both the above (4) None of the above
166. 1
Sol. The Union government has the power to legislate on the subject Computer Software
(Residuary Power)
167. Who was the King of Nepal in 2006 during the ‘second movement for democracy’?
(1) King Virendra (2) King Gyanendra
(3) King Vijendra (4) King Tejendra
167. 2
Sol. King Gyanendra was the King of Nepal in 2006 during the second movement of democracy.
168. Which of the following people movement later converted into a political party?
(1) Assam Movement (2) Chipko Movement
(3) Narmada Bachao Aandolan (4) All of the above
168. 1
Sol. Assam movement later converted into a political party.
169. What is the ideological orientation of the India National Congress?
(1) Rightist (2) Leftist
(3) Centrist (4) None of the above
169. 3
Sol. The orientation of the Indian National Congress is centrist.
170. The Centre-State power distribution in India is similar to
(1) Spain (2) USA
(3) Switzerland (4) Australia
170. 1
Sol. The Centre-State powers distribution in India is similar to Spain.
171. Seats are reserved for women in:
(1) Parliament (2) State Legislature
(3) Pachayati Raj Institution (4) Rajya Sabha
171. 3
Sol. Seats are reserved for women in Panchayati Raj institution.
172. Medha Patekar is the leader of which movement
(1) Women Movement (2) Chipko Movement
(3) Narmada Bachao Aandolan (4) Social Movement
172. 3
Sol. Medha Patekar is the leader of Narmada Bachao Andolan.
173. In which country ‘Seven Party Alliance’ formed by major parties in:
(1) Bhutan (2) Nepal
(3) Srilnka (4) Bolivia
173. 2
Sol. Seven Party Alliance (SPA) was formed in Nepal.
174. A democratic Government is responsible to:
(1) President (2) Prime Minister
(3) Chief Justice of India (4) The people
174. 4
Sol. A democratic government is responsible to the people.
175. Which of the following is a challenge to Democracy?
(1) Leader (2) Illiterate Citizens
(3) Political Parties (4) Election
175. 2
Sol. Illiterate citizens are the big challenge to democracy.
176. The formula of calculate BMI is
(1)
 2
Kg
cm
(2)
 2
Kg
m
(3)
 2
g
Inch
(4)
 2
Kg
Inch
176. 2
Sol. BMI is the ratio of
 2
Kg
m
.
177. In India, the NREGA (2005) reserves 1/3 proposed employment for;
(1) Women (2) Men
(3) Urban Women (4) Poor
177. 1
Sol. In India NREGA (2005) reserves 1/3 proposed employment for women.
178. ‘Problem of double coincidence of wants’ is removed because money acts as
(1) Medium of exchange (2) Store of value
(3) Measurement of value (4) Mode of deffered payment
178. 1
Sol. Money as a medium of exchange removed the problem of double coincidence of wants.
179. WTOs means:
(1) World Technical Organisation (2) World Trade Organisation
(3) World Television Organisation (4) World Technology Organisation
179. 2
Sol. WTO stands for World Trade Organization.
180. National Consumer day is celebrated on:
(1) 24th December (2) 29th January
(3) 05th March (4) 15th September
180. 1
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