MAGME SCHOOL OF BANKING Class Room - Daily Dose BookletDDB NO: Physics 05
1 (A) 6400 km and 6.4 × 108 cm
2 (A) 0.7 μm
3 (B) 1010
4 (A) kg s-1
5 (C) 4
6 (C) 0.28 %
7 (B) M–1L3T–2
8 (B) MoLTo
9 (D) ML2T–1
10 (D) Work and potential energy
11 (C) 7/5
12 (C) 1 : 4 : 9
13 (D) 2a2
14 (C) Slope of the velocity-time graph
15 (D) Momentum
16 (D) Four times the vertical height
17 (B) tan θ :1
18 (B) Parabola
19 (B) 3 : 1
20 (D) Inertia
21 (B) Mass
22 (C) Newton’s third law of motion
23 (A) Each force is equal to the vector sum of the other two forces.
24 (B) Along the radius
25 (C) Changes in direction only
26 (B) Zero
27 (C) (mv2/r) < μmg
28 (A) F.v
29 (D) Initial kinetic energy is equal to the final kinetic energy
30 (C) Momentum alone
31 (D) π/1800 rad s–1
32 (B) In rotational motion
33 (B) Moment of inertia
34 (A) the angular velocity of the body
35 (D) ½ Iω2
36 (A) ½ MR2
37 (B) Moment of inertia and angular velocity
38 (C) Torque
39 (C) In the absence of external torque
40 (B) Increases
41 (B) Is reduced to a quarter
42 (D) 9.5 m s-2
43 (B) W/2
44 (A) 0o
45 (A) Increase
46 (C) 22.4 km s–1
47 (A) v2 = GM/r
48 (C) One - eighth the present year
49 (B) Nebulae
50 (A) Angular momentum
51 (A) Remains unchanged
52 (B) Infinity
53 (D) 1 : 1
54 (A) Decreased
55 (C) 1 : 2
56 (A) 8 Tl
57 (D) Constant velocity
58 (D) 1 : 4
59 (B) 20 ms−1
60 (A) Viscosity of air
61 (C) Displacement and acceleration are proportional
62 (B) 0.02 s
63 (B) 0.05 m s-1
64 (C) 2π s
65 (C) 5 3
66 (B) Maximum kinetic energy is 160 J
67 (B) 1 kg
68 (C) 0.99 m
69 (A) 2 2 cm
70 (A) + a
71 (A) 0.01 s
72 (B) 51.2π m s-1
73 (B) Pressure of the gas
74 (C) Wavelength and velocity
75 (A) 25:9
76 (B) 105
77 (C) 4
78 (D) 16 times
79 (B) 4 m
80 (A) 225 Hz
81 (B) One mole of a gas
82 (D) Energy
83 (A) 4
84 (D) Heat
85 (B) 2
86 (A) 3/2 RT
87 (C) Wholly kinetic
88 (A) Rise
89 (C) t1 < t2 < t3
90 (D) Black rough surface
91 (A) Infinity
92 (B) 10 cm
93 (B) sin–1 (tan i)
94 (A) Increases
95 (C) Does not change
96 (D) 1.5
97 (D) 10 cm
98 (B) Complete image will be formed
99 (B) 1.33
100 (D) Dispersion and total internal reflection
101 (A) 20 N
102 (B) 20 cm
103 (D) M/2, m
104 (B) 20 (2)1/3 cm
105 (B) East − West
106 (C) 2.5 × 1.0+7 A m−1
107 (A) Diamagnetic
108 (C) Paramagnetic
109 (B) High susceptibility and low retentivity
110 (C) Kinetic energy
111 a. Concave
112 c. Dispersion
113 b. Virtual
114 b. Inaudible sounds
115 b. Above 20,00 Hz
116 b. Dog
117 b. Prong
118 a. Hertz
119 b. Seconds
120 b. Seconds
121 b. unit
122 a. magnitude
123 a. unit
124 b. length
125 a. seven
126 b. supplementary
127 a. Kelvin
128 a. Ampere
129 b. radian
130 b. -2730C
131 a. celcius
132 a. Luminous intensity
133 b. supplementary
134 b. small
135 b. newton
136 b. GI pipes
137 b. bath taps
138 b. positively charged
139 a. negatively charged
140 b. charge by induction
141 b. semi conductors
142 b. table ware
143 b. decreases
144 b. Benjamin Frankli
145 b. radiation
146 b. convection
147 a. conduction
148 b. Critical angle
149 a. 25 cm
150 a. 25 cm
151 a. Cathode
152 b. Negatively charged
153 a. Conduction
154 b. Negative Charge
155 a. Temperature
156 a. a cell, a switch and a bulb
157 b. same amount of electric current flows through all bulbs
158 b. parallel circuit
159 b. glass
160 b. iron
161 b. electrolysis
162 b. electrifying
163 a. electroplating
164 b. acidified gold chloride solution
165 a. silver spoon
166 b.450
167 b. Refraction
168 a. Deviated towards normal
169 b. Deviated away from normal
170 b. Stem
171 a. Regular
172 b.400
173 a. Angle of incidence
174 b. Total internal reflection
175 b. Triangle mark
176 b. Convergent beam
177 a. Divergent beam
178 b. Angle of reflection
179 b. Multiple reflection
180 c. 1.496 m
181 (B) Radiates less but absorbs more
182 c. Iris
183 b. Motor
184 b. concave lens
185 a. convex lens
186 a. magnetic induction
187 a. Oersted
188 (b) chemical energy
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