MAGME SCHOOL OF BANKING Class Room - Daily Dose BookletDDB NO: Geography 08 (English)
1 C. Molle weide’s
2 C. 22.75 km.
3 B. 3 1 2 4
4 B. There is inverse relationship between precipitation and salinity
5 A. Both A and R are true and R is the correct explanation of A
6 C. Molle weide projection
7 B. Polly conic projection
8 D. 1, 2 and 3 are correct
9 B. 1/1,000,000
10 C. Magnetic north
11 D. Sinusoidal projection.
12 B. Mercator projection
13 D. Hypsometric curve
14 A. Temperature
15 B. 2 4 1 3
16 D. Cadastrol map
17 A. Polyconic
18 B. Simple conical with two standard parallel
19 A. Hypsometric curve
20 B. Compound bar diagram
21 (c) Gnomonic 3. Area measurement
22 A. Dot method
23 A. Bonne’s projection
24 D. Isotherms
25 C. Zenithal equidistant
26 B. Zenithal projection
27 A. 1: 20,000
28 A. T matrix
29 D. 12 months
30 C. 127.0 c.m.
31 D. A. Geddes
32 C. Mercator
33 C. 1 and 4
34 A. Gulf stream
35 C. Triangular graph
36 D. A is false but R is true
37 D. Ptolemy
38 A. Hythergraph
39 B. Choropleth map
40 B. Distribution of population on the map
41 B. 10.cm.
42 B. 4 3 2 1
43 C. Ptolemy
44 D. 1/200,000
45 C. 12 hour 26 minutes’ period between successive high and low tide
46 C. Monk house
47 C. 4 1 2 3
48 C. Pyramidal diagram
49 C. Sand storm
50 C. The scale is correct on all the meridians
51 B. 11 kilometers
52 B. Cylindrical equal area projection
53 B. Polyconic projection
54 B. 2 3 4 1
55 B. Hythergraph
56 D. Sinusoidal
57 C. the gravitational attraction of sun and moon tend to cancel each other.
58 B. 800 metres
59 B. 10 cm.
60 A. Val paraiso — Brazil
61 C. Ship-building
62 B. Osaka — Ship-building
63 D. Krivoirog
64 A. Wheat — China
65 A. New South Wales
66 C. Tertiary
67 C. Thailand
68 C. erecting dykes on streams
69 B. Isobaths
70 A. Cartography
71 D. Semi transparent papers to be used for colour maps
72 D. Dark green
73 C. Light green
74 C. 66 feet
75 B. Yellow
76 A. 30 mts. and 15 mts.
77 C. the true north
78 A. small scale maps
79 C. intermediate between small scale and large-scale maps
80 A. 1:62,500
81 B. Interpolation of contours
82 C. enlargement for reduction of maps with accuracy
83 D. surveying
84 B. Wind Rose
85 C. Watershed
86 C. Contours
87 D. Rain Guage
88 B. Large scale maps
89 A. planimeter
90 A. Planimeter
91 A. Mercator projection
92 A. All parallels are equal to the equator and all meridians are half of the equator in length
93 D. Simple cylindrical projection
94 C. True bearing projection
95 A. Ribands
96 D. Direction of Slope
97 C. Three dimensional optical model of the terrain
98 A. Barometer
99 D. Anemometer
100 A. Geddes
101 D. All of these
102 D. fertile soluble part of the soil is dissolved and carried away by water
103 D. Chernozem
104 A. Sandy loam
105 A. Xeromorphic soil
106 B. Alkaline
107 D. Compound of iron and manganese
108 D. Earthy top soil
109 D. Histosol
110 B. Podzol
111 C. Red soil
112 A. Gumbo
113 D. weathering and gradation
114 D. 0.15-2 mm
115 D. All of above
116 Both B and C
117 A. Texture
118 B. True soil
119 A. Shale
120 B. Permeability
121 D. All of these
122 B. allows to percolate the water slowly form it
123 D. Both A and C
124 A. A hard pan
125 D. Removal of soluble minerals from upper soil layers
126 A. fully decomposed organic matter
127 A. particle size
128 C. West of Kerala
129 A. below 7
130 D. 1 and 2
131 A. removal of organic matter
132 D. Coniferous forests
133 D. its chemical reaction
134 A. stream deposition
135 B. Clod
136 B. Pedon
137 A. Valuation/saltation
138 A. Mineral skeleton, Pore fluid
139 C. Removal of salt from soil to make it agriculturally productive
140 B. It is generally clayey and impermeable
141 C. lowland alluvial soil
142 A. soils of coniferous forest
143 C. Laterites
144 A. Affisol
145 C. Histosols
146 C. frost free for 3 months in the year
147 A. renders land useless forever
148 A. Decreases
149 C. De calcification
150 B. reduction and enlargement of maps
151 D. All of these
152 A. Scientific grazing
153 B. Both A and C
154 D. none of these are correct
155 D. All are correct
156 A. Lichen and sedge
157 B. Steppe
158 A. Equatorial forest
159 B. sunlight
160 A. Mediterranean
161 A. thorny bushes and deep rooted plants
162 A. Steppes
163 B. 2, 1, 3, 4
164 A. Orophytes
165 A. Central Australia
166 B. Lianas
167 A. Mulga
168 A. Acidophile
169 D. All the above reasons
170 C. trees do not shed all their leaves together during a specific period of time, but have a continuous process of shedding leaves and getting new ones
171 D. Biochore
172 A. Tropophytes
173 A. Clisere
174 A. shallow water of the continental shelves
175 C. 2 3 1
176 A. Taiga biome
177 C. Sidewinder
178 D. All of the above
179 A. evade drought
180 D. It has large number of birds
181 C. availability of easily digestible food
182 C. Baobab
183 B. Coniferous forest
184 C. Scrub
185 A. the trees have to bear the mechanical load of hard woods.
186 A. Anaconda
187 D. water
188 A. elaborate specialization
189 C. Ephermals
190 D. Along water margins dense forests consisting of Chaparrals are found
191 A. species diversity is low
192 D. Wolf
193 D. All of the above
194 A. along rivers
195 C. stunted conical shaped trees
196 C. migratory
197 D. All of the above
198 D. Madhya Pradesh
199 A. Belukar
200 B. Brazil
201 A. 3 2 1 4
202 C. Brazil
203 B. Rubber plantation
204 D. Alabama region
205 A. Both A and R are true and R is the correct explanation of A
206 B.China
207 B. Cotton
208 C. North-eastern coast of Saudi Arabia
209 D. Whittlesey
210 A. Commonalities
211 B. France and Turkey
212 B. Malaysia
213 D. England
214 A. Residential zone
215 A. Campos
216 B. 3 and 4
217 B. Congo
218 C. Davis
219 D. They are akin to the Great Australian Desert.
220 C. Hokkaido and Honshu