MAGME SCHOOL OF BANKING Class Room - Daily Dose BookletDDB NO: General Studies 01
1 D. polarization
2 C. Evaporation requires latent heat
3 C. Montreal Protocol
4 A. Aneroid Barometer
5 C. convection
6 A. decreases
7 D. Velocity decreases as the ray passes from a rarer to a denser medium
8 A. by decreasing the pressure on the liquid
9 D. current drop
10 A. 1 and 3 only
11 C. Refraction
12 B. harmonics present
13 D. increases
14 D. Nuclear fusion
15 B. Roentgen
16 D. Break the circuit when excessive current
17 B. Audible sounds
18 B. both ( b ) and ( c )
19 B. 5 : 3
20 C. Chlorofluorocarbons
21 C. Temperature of the target is being constent
22 D. reflect all the light that reaches them
23 C. Bacteria
24 A. both ( a ) and ( b )
25 D. Its K.E. decreases while potential energy
26 D. Electromagnetic waves
27 B. Violet
28 A. red light is scattered least
29 D. density remains constant
30 D. internal resistance is equal to external resistance
31 B. Convection
32 D. Both rotation and shape of the Earth
33 B. ultraviolet radiation
34 D. The acceleration due to gravity in moon is smaller than that on the earth
35 B. Adding the number of neutrons and number of protons
36 C. Eutrophication
37 A. Chloroflurocarbons
38 A. due to decrease in atmospheric pressure, the boiling point of water decreases
39 C. Stellar distance
40 D. radio, infrared, visible, X – rays
41 A. refraction
42 B. Cancave
43 B. Sonmeter
44 D. its momentum is doubled
45 C. high specific resistance and high melting point
46 D. X rays and ? rays
47 A. become 2 times
48 C. Cow
49 B. 2 and 3 only
50 C. Endagnered
51 A. Remains at the same temperature
52 D. Botanical Garden
53 D. All of the above
54 B. Surface tension
55 C. 18° F
56 A. none of these
57 D. IR-8
58 A. red, blue, green
59 B. charged positively
60 C. Ionization of salt
61 A. they contain free electron
62 C. more than that at the freezer
63 B. telephone
64 A. low resistance in parallel
65 B. convection
66 D. the refractive index fluctuations in earth's atmosphere
67 B. high resistance in series
68 D. law of conservation of energy
69 D. High resistance and low melting point
70 B. line wire
71 B. 4 : 1
72 D. is the same for all conductors
73 A. Decomposers
74 C. the reversible engine is greater that the irreversible engine
75 C. decreases
76 B. Refrigerators
77 A. decrease
78 D. real and inverted
79 A. A bacterial strain
80 C. Electron emission
81 A. Ac to dc
82 D. Parasitism
83 D. J- shaped curve
84 C. Ecological niche
85 C. Change in the convexity of the lens throught ciliary muscles
86 D. Along the original parabolic path
87 A. minerals on earth
88 A. Mechanical energy into Electrical Energy
89 C. 1 and 3 only
90 D. White
91 B. Kinetic energy of falling water is converted into heat
92 A. diamagnetic substances only
93 D. microwaves
94 B. The wavelength of X – rays is of the same order of magnitude as the interatomic spacing in crystals
95 C. current in a coil when a magnetic field changes with time
96 C. 20 hertz to 20000 hertz
97 C. Azotobacter
98 D. Nitrogen
99 A. tropical regions
100 D. torque acting on the bar magnet
101 B. Rio de Jenerio
102 B. high resistance, low melting point
103 C. Galileo
104 C. Carrying capacity
105 B. Suspended Particular Matter
106 B. Kyoto Protocol
107 D. 1973
108 D. Hydrosphere
109 D. wavelength and velocity
110 A. Gas mixed with a liquid and soli
111 B. directly proportional to the density of the gas
112 D. hygrometer
113 A.? rays
114 B. Chennai
115 D. amplitude
116 C. Marlin Cooper
117 C. Red
118 B. number of overtones
119 D. Increases
120 A. Remains constant
121 C. Itai-itai
122 D. chang in the convexity of the eye lens
123 A. accelerated
124 B. Ocean
125 C. 6 min.
126 C. steel
127 A. All the above types of wave
128 B. double refraction
129 D. float on the surface
130 A. Coordinated waves of exactly the same wave length
131 C. density of CO2 is more than that of air
132 B. less density than dry air
133 D. Geostationary satellite
134 C. the boiling point of water is raised by the increased pressure inside the cooker
135 D. 4, 3, 1 and 2
136 B. total reflection
137 C. Lrage biomass accumulation and decomposition
138 A. Increase in ground water level
139 D. Mercury
140 D. to slow down the neutrons to thermal energy
141 C. Density
142 A. Only (i) and (iv) are true
143 B. elongation of eye ball
144 D. temperature
145 A. Wool is the bad conductor of the heat so it does not allow heat to flow out of the body
146 A. higher pressure at the base lowers the melting point of ice.
147 B. saw dust is poor conductor of heat
148 C. infrared rays
149 D. Intensity of sound
150 B. Change their momenta due to collision with the walls
151 B. vaccum
152 C. Actinium series
153 C. Continuous spectrum with absorption lines
154 C. Wavelength
155 B. T does not depend on l
156 C. the large drop moves faster
157 D. law of conservation of energy does not hold
158 B. the entire chamber of the refrigerator is cooled quickly due to convection
159 C. Photoelectric emission
160 C. Reduced drastically the surface tension between water and oil
161 C. Each of the above
162 C. Rocket
163 C. Gravitational force is along range force, while the other two are short range forces
164 A. increases
165 D. Chemical energy
166 A. Water
167 D. Alcohol thermometer
168 B. are charged particles
169 C. Interference
170 B. 1985
171 B. Parasitism
172 C. cylindrical lens
173 D. Slow down the neutrons
174 A. there is high pressure inside the boiler
175 D. Prodcucers - Consumers -Decomposeers.