IIT / JEE (Mains)
- Description
- Curriculum
- Reviews
JEE Mains Eligibility Criteria
The NTA will soon announce the eligibility criteria for JEE Main on their website jeemain.nta.ac.in. This criteria will include information such as educational qualifications, age limits, nationality requirements, required marks, compulsory subjects, and more.
Academic qualification for JEE mains
Candidates must have passed the 12th class examination from a recognized board of education. Candidates must have scored at least 75% in Physics, Chemistry, and Mathematics in the 12th class examination. Candidates must have registered for the JEE Main exam.
JEE Mains Eligibility Criteria Category Wise
Scheduled Caste (SC) – 15% of seats are reserved. Scheduled Tribe (ST) – 7.5% of seats are reserved. Other Backward Classes (OBC) Non – Creamy layer (NCL) – 27% of seats are reserved. General Economically Weaker Sections (General – EWS) – 10%
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MATHEMATICS
UNIT 1: SETS, RELATIONS AND FUNCTIONS:
UNIT 2: COMPLEX NUMBERS AND QUADRATIC EQUATIONS:
UNIT3: MATRICES AND DETERMINANTS:
UNIT 4: PERMUTATIONS AND COMBINATIONS:
UNIT 5: BINOMIAL THEOREM AND ITS SIMPLE APPLICATIONS:
UNIT 6: SEQUENCE AND SERIES
UNIT 7: LIMIT, CONTINUITY AND DIFFERENTIABILITY
UNIT 8: INTEGRAL CALCULAS
UNIT 9: DIFFRENTIAL EQUATIONS
UNIT 10: CO-ORDINATE GEOMETRY
UNIT 11: THREE DIMENSIONAL GEOMETRY
UNIT 12: VECTOR ALGEBRA
UNIT 13: STATISTICS AND PROBABILITY
UNIT 14: TRIGONOMETRY
PHYSICS
UNIT 1: Units and Measurements
UNIT 2: Kinematics
UNIT 3: Laws of Motion
UNIT 4: Work, Energy and Power
UNIT 5: Rotational Motion
UNIT 6: Gravitation
UNIT 7: Properties of Solids and Liquid
UNIT 8: Thermodynamics
UNIT 9: Kinetic Theory of Gases
UNIT 10: Oscillations and Waves
UNIT 11: Electrostatics
UNIT 12: Current Electricity
UNIT 13: Magnetic Effects of Current and Magnetism
UNIT 14: Electromagnetic Induction and Alternating Currents
UNIT 15: Electromagnetic Waves
UNIT 15: Electromagnetic Waves
UNIT 17: Dual Nature of Matter and Radiation
UNIT 18: Atoms and Nucle
UNIT 19: Electronic Devices
UNIT 20: Experimental Skills
CHEMISTRY
UNIT I: SOME BASIC CONCEPTS IN CHEMISTRY
UNIT 2: ATOMIC STRUCTURE
UNIT 3: CHEMICAL BONDING AND MOLECULAR STRUCTURE
UNIT 4: CHEMICAL THERMODYNAMICS
UNIT 5: SOLUTIONS
UNIT 6: EQUILIBRIUM
UNIT 7: REDOX REACTIONS AND ELECTROCHEMISTRY
UNIT 8: CHEMICAL KINETICS
UNIT 9: CLASSIFICATION OF ELEMENTS AND PERIODICITY IN PROPERTIES
UNIT 10: p- BLOCK ELEMENTS
UNIT 11: d – and f- BLOCK ELEMENTS
UNIT 12: COORDINATION COMPOUNDS
UNIT 13: PURIFICATION AND CHARACTERISATION OF ORGANIC COMPOUNDS
UNIT 14: SOME BASIC PRINCIPLES OF ORGANIC CHEMISTRY
UNIT 16: ORGANIC COMPOUNDS CONTAINING HALOGENS
UNIT 17: ORGANIC COMPOUNDS CONTAINING OXYGEN
UNIT 18: ORGANIC COMPOUNDS CONTAINING NITROGEN
UNIT 19: BIOMOLECULES
UNIT 20: PRINCIPLES RELATED TO PRACTICAL CHEMISTRY
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1
Practice Test 4 -
2
Demo and Course ContentWhat you will learn: A demo class and Course content
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3
maths formula- [pmath size=24]S(f)(t)=a_{0}+sum{n=1}{+infty}{a_{n} cos(n omega t)+b_{n} sin(n omega t)}[/pmath]
- [pmath size=24]delim{lbrace}{matrix{3}{1}{{3x-5y+z=0} {sqrt{2}x-7y+8z=0} {x-8y+9z=0}}}{ }[/pmath]
- [pmath size=24]delim{|}{{1/N} sum{n=1}{N}{gamma(u_n)} - 1/{2 pi} int{0}{2 pi}{gamma(t) dt}}{|} <= epsilon/3[/pmath]
- [pmath size=24]vec{Del}f(x,y) ~ = ~ {partial{f}}/{partial{x}}hat{i} ~ + ~ {partial{f}}/{partial{y}} hat{j}[/pmath]
- [pmath size=24]{Del}f(x,y) ~ = ~ {partial{f}}/{partial{x}}i ~ + ~ {partial{f}}/{partial{y}} j[/pmath]
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4
Mock Test 1
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5
Practice Test-1
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6
Practice Test -2
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7
Practice Test-3
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8
Lesson 1 Vectors
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9
Lesson 2 Parallelogram Law
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10
Lesson 3 Parallelogram Law-2
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11
Lesson 4 Unit Vectors
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12
Lesson 5 Resolution of Vectors
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13
Lesson 6 Miscellaneous-1
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14
Lesson 7 Miscellaneous-2
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15
Lesson 8 Scalar or Dot Product
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16
Lesson 9 Angle Between Vectors
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17
Lesson 10 Vectors Product -1
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18
Lesson 11 Vector Product-2
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19
Lesson 12 Vector Product -3
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20
Lesson 13 Properties Of Vector Product
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21
Lesson 14 PYQ Vectors-1
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22
Lesson 14 PYQ Vectors-1
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23
Lesson 16 PYQ Vectors-3
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24
Lesson 17 Lamis Theorem-1
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25
Lesson 18 Lamis Theorem-2
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35
Lesson 1 (1) NLM Constrained Motion
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36
Lesson 2 (2) Constrained Motion
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37
Lesson 3 (3) Constrained Motion
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38
Lesson 4 (1) Newtons Law Of Motion-1
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39
Lesson 5 (2,3) Newtons Law Of Motion
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40
Lesson 6 Constrained Motion
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41
Lesson 7(1) Constrained Motion
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42
Lesson 7 (2) Newtons Law Of motion
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43
Lesson 7(3) Newtons Law Of Motion-4 change In Momentum
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44
Lesson 7 (4) Newtons Law Of Motion
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45
Lesson 7(5) Newtons Law Of Motion
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46
Lesson 8(1)Conversation Of Momentum
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47
Lesson 8(2,3)Conservation Of Momentum
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48
Lesson 8 (4) Conservation Of Momentum
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49
Lesson 8 (5) Conservation Of Momentum
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50
Lesson 9 (1) Free Body Diagram
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51
Lesson 10 (1) Types Of Forces
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52
Lesson 10 (2)Free Body Diagram
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53
Lesson 11 (1) Motion Of Connected Bodies
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54
Lesson 11 (2) Motion Of Connected Bodies
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55
Lesson 12 (1) Friction
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56
Lesson 12 (2,3) Applications Of Friction
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57
Lesson 12 (3,4,5) Applications Of Friction
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58
Lesson 12 (6,7,8) Applications Of Friction
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59
Lesson 13 (1,2,3)Applications Of Friction
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60
Lesson 13 (3,4) Applications Of Friction
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61
Lesson 13 (4,5) Applications Of Friction
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62
Lesson 14 (1,2,3) Friction Problems
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63
Lesson 14 (3,4)Friction Problems
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64
Lesson 14 (5,6) Friction Problems
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65
Lesson 14 (7,8,9) Friction Problems
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66
Lesson 15 (1) Spring Force
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67
Lesson 15 (2)Spring Force
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68
Lesson 15 (3,4,5) Spring Force.
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69
Lesson 16 (1,2) NLM-1 PYQ'S
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70
Lesson 16 (3,4) NLM PYQ'S
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71
Lesson 16 (4) NLM PYQ'S
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72
Lesson 17 Applications Of Friction
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73
Lesson 17 (2) Applications Of Friction
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74
Lesson 18 (1) Dynamics Of Circular Motion
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75
Lesson 18(2) Dynamics of Circular Motion
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76
Lesson 19 (1,2) Friction Problems
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77
Lesson 19(3,4,5)Friction Problems
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78
Lesson 19 (6) Friction Problems
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79
Lesson 20 (1,2) PYQ'S NLM
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80
Lesson 20 (3,4,5)PYQ'S NLM(Motion Of Connected Bodies)
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81
Lesson 20 (6) PYQ'S NLM
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82
Lesson 21(1)Dynamics Of Circular Motion
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83
Lesson 21 (2)Dynamics Of Circular Motion
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84
Lesson 21(3)Dynamics Of Circular Motion
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85
Lesson 22 (1, 2) Ques & Ans
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86
Lesson 22 (3, 4) Banking of Roads
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87
Lesson 23 (1) PYQ-Friction
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88
Lesson 23 (2) PYQ-Friction
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89
Lesson 23 (3, 3.1, 3.2) PYQ-Friction
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90
Lesson 23 (3.3, 3.4) PYQ-Friction
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91
Lesson 23 (4,5,6) PYQ-Friction
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92
Lesson 24 (1, 2) PYQ-Friction
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93
Lesson 24 (3) PYQ-NEET-Friction
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94
Lesson 24 (4) PYQ-Circular Motion.
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95
Lesson 1 (1) Work, Energy & Power
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96
Lesson 1 (2) Work, Energy & Power
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97
Lesson 1 (3) Work, Energy & Power
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98
Lesson 1 (4) Work, Energy & Power (Ques & Ans)
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99
Lesson 2 Work done in Compressing Cylinder
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100
Lesson 3 Work done in lifting stone
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101
Lesson 4 (1) Work Energy Theorem
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102
Lesson 4 (2,3) Work Done & Conservative Force
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103
Lesson 4 (4) Potential Energy
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104
Lesson 5 (1) Gravitational Potential Energy
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105
Lesson 5 (2,3) Potential Energy Points to Remember
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106
Lesson 5 (3.1) Potential Energy Points to Remember
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107
Lesson 5 (3.2) Potential Energy Points to Remember
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108
Lesson 5 (3.3) Potential Energy Points to Remember
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109
Lesson 5 (4) Conservation of Mechanical Energy
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110
Lesson 6 (1) (NEET (PYQ-WORK)
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111
Lesson 6 (2, 3) (PYQ Work done)
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112
Lesson 6 (4) Potential Energy of Spring
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113
Lesson 8 (1) Ques & Ans
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114
Lesson 8 (2) Ques & Ans
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115
Lesson 9 (1) Chain Problems
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116
Lesson 9 (2) PYQ-Energy
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117
Lesson 10 (1) Power
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118
Lesson 10 (2) Ques & Ans
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119
Lesson 10 (3) Ques & Ans
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120
Lesson 11 (1) Collisions
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121
Lesson 11 (1.1, 1.2, 1.3) Collisions
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122
Lesson 11 (2) Ques & Ans
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123
Lesson 12 (1,2) (Ques & Ans) Coefficient restitution
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124
Lesson 12 (3,4) Collisions & PYQ
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125
Lesson 12 (5) Ques & Ans
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126
Lesson 12 (6) Ques & Ans
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127
Lesson 1 (1,2) Centre of Mass
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128
Lesson 1 (3) Centre of Mass Q&A's
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129
Lesson 2 (1) Centre of Mass for continous Mass System
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130
Lesson 2 (2,3) Solid Hemisphere
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131
Lesson 3 (1) Motion of Centre of Mass
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132
Lesson 3 (2) Explosion of an object
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133
Lesson 4 (1) Centre of mass Q&A , Spring Block System
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134
Lesson 4 (2) Spring Block System
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135
Lesson 5 (1) Spring Block System , Cavity Q&A's.
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136
Lesson 5 (2) NEET - PYQ Q&A's
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141
Discovery of Electron
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142
Atomic Model
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143
Atomic Number
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144
Frequency Values of EMR
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145
Photo Electric Effect
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146
Bhor model
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147
Introduction of Atomic Structure
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148
Atomic Modules
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149
Hydrogen Spectrum
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150
Hydrogen Spectrum
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151
Radius of an orbit
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152
De-Broglie Wave Equation
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153
Schrodinger Wave Equation
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154
Quantum numbers
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155
2 Quantum Numbers
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156
Boundary Surface Diagrams & Orbitals
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157
1 Electronic Configuration
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158
2 Electronic Configuration
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159
Synopsis
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160
1 Atomic Structure Level-1 MCQ's
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161
2 Atomic structure Level-1 MCQ's
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162
3 Atomic Structure Level-1 MCQ's
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163
1 Atomic Structure Level -1 MCQ's
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164
2 Atomic Structure Level-1 MCQ's
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165
3 Atomic Structure Level-1 MCQ's
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166
4 Atomic Structure Level -2 MCQ's
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167
1 Atomic Structure MCQ's
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168
2 Atomic Structure MCQ's
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169
3 Atomic Structure MCQ's
