Class 11 Physics
- Description
- Curriculum
- Reviews
Mathematical Tools
Vectors
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10
Lesson 1 Vectors -
11
Lesson 2 Parallelogram & Law-1
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12
Lesson 3 Parallelogram & Law-2
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13
Lesson 4 Unit Vectors
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14
Lesson 5 Resolution of Vectors
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15
Lesson 6 Miscellaneous-1
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16
Lesson 7 Miscellaneous-2
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17
Lesson 8 Scalar or Dot Product
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18
Lesson 9 Angle Between Vectors
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19
Lesson 10 Vectors Product -1
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20
Lesson 11 Vector Product-2
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21
Lesson 12 Vector Product -3
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22
Lesson 13 Properties Of Vector Product
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23
Lesson 14 PYQ Vectors-1
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24
Lesson 15 PYQ Vectors-2
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25
Lesson 16 PYQ Vectors-3
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26
Lesson 17 Lamis Theorem-1
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27
Lesson 18 Lamis Theorem-2
Kinematics(Motion in Straight Line and Plane)
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28
11-08-25.3 Kinemetics part-1
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29
11-08-25.4 Average Speed
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30
11-08-25.5 Instantaneous speed
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31
31-08-25.1 Acceleration Equation
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32
31-08-25.2 Uniform of accelerated Motion
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33
31-08-25.3 Integration method
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34
31-08-25.4 Motion under gravity
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35
31-08-25.5 Motion under gravity
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36
5-09-25.1 Graphs Part-2
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37
5-09-25.2 Graphs Part-2
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38
5-09-25.3 Relative Motion Part-2
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39
5-09-25.4(30th aug Continuation) Motion under Gravity
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40
5-09-25.5 Projectile Motion Part-3 (Kinematics Part-2)
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41
5-09-25.6 Projectile Motion Part-3
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42
21-09-25.1 Projectile Motion Part-3
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43
21-09-25.2 Projectile Motions Q&A Part-3
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44
21-09-25.3 Projectile Motion Q&A Part-3
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45
21-09-25.4 Kinematics Part-1
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46
21-09-25.5 Kinematics Part-1
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47
28-09-25.1 Projectile motion in inclined plane
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48
28-09-25.2 Projectile Motion and PYQs
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49
28-09-25.3 Projectile Motion PYQs
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50
12-10-25.1 Projectile Motion
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51
12-10-25.2 Rainman Problems
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52
12-10-25.3 Velocity of separation Approach Q&A
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53
03-11-25 Velocity
Laws of Motion
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54
Lesson 1 (1) NLM Constrained Motion
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55
Lesson 2 (2) Constrained Motion
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56
Lesson 3 (3) Constrained Motion
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57
Lesson 3 (4,5) Constrained Motion
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58
Lesson 4 (1) Newtons Law Of Motion-1
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59
Lesson 5 (2,3) Newtons Law Of Motion
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60
Lesson 6 Constrained Motion
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61
Lesson 7(1) Constrained Motion
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62
Lesson 7 (2) Newtons Law Of motion
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63
Lesson 7(3) Newtons Law Of Motion-4 change In Momentum
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64
Lesson 7 (4) Newtons Law Of Motion
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Lesson 7(5) Newtons Law Of Motion
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66
Lesson 8(1)Conversation Of Momentum
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67
Lesson 8(2,3)Conservation Of Momentum
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Lesson 8 (4) Conservation Of Momentum
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Lesson 8 (5) Conservation Of Momentum
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70
Lesson 9 (1) Free Body Diagram
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71
Lesson 10 (1) Types Of Forces
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72
Lesson 10 (2)Free Body Diagram
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73
Lesson 11 (1) Motion Of Connected Bodies
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74
Lesson 11 (2) Motion Of Connected Bodies
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75
Lesson 12 (1) Friction
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76
Lesson 12 (2,3) Applications Of Friction
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77
Lesson 12 (3,4,5) Applications Of Friction
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78
Lesson 12 (6,7,8) Applications Of Friction
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79
Lesson 13 (1,2,3)Applications Of Friction
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80
Lesson 13 (3,4) Applications Of Friction
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81
Lesson 13 (4,5) Applications Of Friction
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82
Lesson 14 (1,2,3) Friction Problems
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83
Lesson 14 (3,4)Friction Problems
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84
Lesson 14 (5,6) Friction Problems
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85
Lesson 14 (7,8,9) Friction Problems
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86
Lesson 15 (1) Spring Force
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87
Lesson 15 (2)Spring Force
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88
Lesson 15 (3,4,5) Spring Force
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89
Lesson 16 (1,2) NLM-1 PYQs
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90
Lesson 16 (3,4) NLM PYQs
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91
Lesson 16 (4) NLM PYQ'S
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92
Lesson 17 Applications Of Friction
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93
Lesson 17 (2) Applications Of Friction
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94
Lesson 18 (1) Dynamics Of Circular Motion
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95
Lesson 18(2) Dynamics of Circular Motion
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96
Lesson 19 (1,2) Friction Problems
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97
Lesson 19(3,4,5)Friction Problems
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98
Lesson 19 (6) Friction Problems
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99
Lesson 20 (1,2) PYQs NLM
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100
Lesson 20 (3,4,5)PYQs NLM (Motion Of Connected Bodies)
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101
Lesson 20 (6) PYQs NLM
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102
Lesson 21(1)Dynamics Of Circular Motion
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103
Lesson 21 (2)Dynamics Of Circular Motion
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104
Lesson 21(3)Dynamics Of Circular Motion
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105
Lesson 22 (1, 2) Questions & Answers
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106
Lesson 22 (3, 4) Banking of Roads
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107
Lesson 23 (1) PYQ-Friction
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108
Lesson 23 (2) PYQ-Friction
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109
Lesson 23 (3, 3.1, 3.2) PYQs-Friction
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110
Lesson 23 (3.3, 3.4) PYQs-Friction
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111
Lesson 23 (4,5,6) PYQ-Friction
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112
Lesson 24 (1, 2) PYQs-Friction
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113
Lesson 24 (3) PYQs-NEET-Friction
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114
Lesson 24 (4) PYQs-Circular Motion
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115
Laws of Motion
Work , Power and Energy
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116
Lesson 1 (1) Work, Power and Energy
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117
Lesson 1 (2) Work, Power and Energy
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118
Lesson 1 (3) Work, Power and Energy
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119
Lesson 1 (4) Work, Power and Energy (Questions & Answers)
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120
Lesson 2 Work done in Compressing Cylinder
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121
Lesson 3 Work done in lifting stone
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122
Lesson 4 (1) Work Energy Theorem
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123
Lesson 4 (2,3) Work Done & Conservative Force
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124
Lesson 4 (4) Potential Energy
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125
Lesson 5 (1) Gravitational Potential Energy
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126
Lesson 5 (2,3) Potential Energy Points to Remember
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127
Lesson 5 (3.1) Potential Energy Points to Remember
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128
Lesson 5 (3.2) Potential Energy Points to Remember
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129
Lesson 5 (3.3) Potential Energy Points to Remember
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130
Lesson 5 (4) Conservation of Mechanical Energy
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131
Lesson 6 (1) (NEET (PYQs-WORK)
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132
Lesson 6 (2, 3) (PYQs Work done)
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133
Lesson 6 (4) Potential Energy of Spring
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134
Lesson 8 (1) Questions & Answers
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135
Lesson 8 (2) Questions & Answers
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136
Lesson 9 (1) Chain Problems
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137
Lesson 9 (2) PYQ-Energy
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138
Lesson 10 (1) Power
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139
Lesson 10 (2) Questions & Answers
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140
Lesson 10 (3) Questions & Answers
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141
Lesson 11 (1) Collisions
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142
Lesson 11 (1.1, 1.2, 1.3) Collisions
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143
Lesson 11 (2) Questions & Answers
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144
Lesson 12 (1,2) (Questions & Answers) Coefficient restitution
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145
Lesson 12 (3,4) Collisions & PYQs
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146
Lesson 12 (5) Questions & Answers
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147
Lesson 12 (6) Questions & Answers
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148
Work , Power and Energy
Thermal Properties of Matter
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149
1) Lesson 1 (1) Thermal Properies Of Matter
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150
2) Lesson 1 (2) Heat and Temperature
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151
3) Lesson 1 (3) volume expansion
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152
4) Lesson 1 (4) Thermal Expansion
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153
5) Lesson 7 (1) Ques & Ans, Fault in Metallic Scales
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154
6) Lesson 7 (2) Effects Density Liquid & Calorimetry
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155
7) Lesson 7 (3) Heat Capacity
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156
8) Lesson 7 (4) Ques & Ans
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157
9) 16-11-25.1 Heat Transfer
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158
10) 16-11-25.2 Analogy, Series Combination
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159
11) 16-11-25.3 Parllel Connection, Q&A's
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160
12) Lesson 7 (5) Question and Answers
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161
13) Lesson 8 (1) Radiation
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162
14) Lesson 8 (2) Black Body & Kirchoffs Law
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163
15) Lesson 8 (3) Q &A, Black Body Radiation Wien.
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164
16) Lesson 8 (4) Slefan Boltzmanns Law
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165
17) Lesson 8 (5) Newtons Law Of Cooling
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166
18) Lesson 8 (6) Proof
Gravitation
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167
1) Lesson 1 Gravitation
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168
2) Lesson 2 (2) Gravitational Field
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169
3) Lesson 2 (3) GF- Due to Point Mass
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170
4) Lesson 2 (4) GF- Hollow Sphere Spherical Shell
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171
5) Lesson 2 (5) GF- Solid Sphere
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172
6) Lesson 2 (1) Gravitational Ques & Ans.
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173
7) Lesson 3 (1) Gravitational Ques & Ans
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174
8) Lesson 3 (2.1) Gravitation Acceleration Gravity
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175
9) 16-11-25.4 Gravitation Varaitaion in g
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176
10) Lesson 3 (2.2) Gravitation Acceleration Gravity
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177
11) Lesson 3 (3) G Variation in G due to shape
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178
12) 16-11-25.5 Gravitation Potential
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179
13) Lesson 4 (2) Ring & Ques & Ans
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180
14) Lesson 4 (3) Solid Sphere
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181
15) Lesson 4 (4) Gravitational Potential Energy
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182
16) Lesson 5 (1) Gravitational P & E Ques & Ans
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183
17) Lesson 5 (2) Ques & Ans
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184
18) Lesson 5 (3) Escape Velocity.
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185
19) Lesson 5 (4)Ques & Ans
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186
20) Lesson 6 (1) Motion of Satellite & Speed
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187
21) Lesson 6 (2) Energy of a Satellite
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188
22) Lesson 6 (3) Geostationary Satellite
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189
23) Lesson 7 (1) Keplers Law-1.
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190
24) Lesson 7 (2) Keplers Law-2
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191
25) Lesson 7 (3) Keplers Law-3
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192
26) Lesson 7 (4) Keplers Third Law Proof
Centre of Mass
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193
1) Lesson 1 (1,2) Centre of Mass
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194
2) Lesson 1 (3) Centre of Mass Q&As
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195
3) Lesson 2 (1) Centre of Mass for continous Mass System
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196
4) Lesson 2 (2,3) Solid Hemisphere
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197
5) Lesson 3 (1) Motion of Centre of Mass
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198
6) Lesson 3 (2) Explosion of an object
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199
7) Lesson 4 (1) Centre of mass Q&A , Spring Block System
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200
8) Lesson 4 (2) Spring Block System
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201
9) Lesson 5 (1) Spring Block System , Cavity Q&As
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202
10) Lesson 5 (2) NEET - PYQ Q&As
Rotational Motion
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203
1) Lesson 1 (1) Rotational Motion Intro-1
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204
2) Lesson 1 (2) Rotational Motion Intro-2
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205
3) Lesson 2 Moment Of Intertia
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206
4) Lesson 3 Moment of Solid Cylinder
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207
5) Lesson 4 (1) PYQ-Torque-1
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208
6) Lesson 4 (2) PYQ-NEET
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209
7) Lesson 4 (3) PYQ-NEET
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210
8) Lesson 4 (4) Torque or Moment of Force
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211
9) Lesson 5 (1) Torque - Ques & Ans
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212
10) Lesson 5 (2) Ques & Ans
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213
11) Lesson 6 (1) Torque T =1 Derivation
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214
12) Lesson 6 (2) Torque - Pulley Block System
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215
13) Lesson 6 (3) Ques & Ans
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216
14) Lesson 7 (1) Kinetic Energy of Rotating Body
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217
Lesson 7 (2) Angular Momentum
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218
Lesson 8 (1) Conservation Of Angular Momentum
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219
Lesson 8 (2) Conservation Of Angular Momentum
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220
Lesson 9 (1) Rolling Motion-1
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221
Lesson 9 (2) Rolling Motion-1
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222
Lesson 9 (3) Rolling Motion-2
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223
Lesson 9 (4) Rolling Motion-2
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224
Lesson 10 (1) Rolling Motion-3
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225
Lesson 10 (2) Pure Rolling-3
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226
Lesson 10 (3) Rolling Motion-3
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227
Lesson 10 (4) Rolling Motion-3
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228
Lesson 10 (5) Pure Rolling Friction
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229
Lesson 11 (1) Pure Rolling on Inclined Plane
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230
Lesson 11 (2) Conversation Mechanical-Energy
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