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About Course

Duration

1 Year after Class XII (Target JEE – 2021)

Eligibility

XII pass with Minimum 75 %.

Course Description

If you have set your aims high, if you want to touch the stars and reach the sky and more importantly – if you have the courage to say that you shall settle for nothing less than the best, then you – the XII pass student – are perfectly suited to this course. You might have realised by now that you have everything – intelligence, capability and willpower, but that you lack focused guidance – the do’s and don’ts of IIT-JEE preparation and a stimulating atmosphere. At this juncture, we offer you our helping hand. Come, resurrect your confidence, shape-up your ideas, strengthen your foundation and get in to the top gear of IIT-JEE preparation with a course that can easily claim to be at par with the best offered anywhere in India.

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Course Content

Physics

  • COM & COLLISIONS 04
    01:09:25
  • COM & COLLISIONS 05
    01:14:50
  • COM & COLLISIONS 06
    01:12:29
  • COM & COLLISIONS 07
    49:14
  • COM & COLLISIONS 08
    01:08:11
  • COM & COLLISIONS 09
    01:41:28
  • COM & COLLISIONS 10
    01:00:19
  • COM & COLLISIONS 11
    56:32
  • COM & COLLISIONS 12
    55:26
  • Magnetism Part 08
    01:06:52
  • ROTATIONAL MECHANICS 01
    01:38:23
  • WAVE OPTICS 01
    01:01:58
  • Magnetism Part 09
    01:00:33
  • ROTATIONAL MECHANICS 02
    45:52
  • WAVE OPTICS 02
    53:32
  • Magnetism Part 10
    01:00:11
  • ROTATIONAL MECHANICS 03
    40:31
  • WAVE OPTICS 03
    01:25:39
  • Magnetism Part 11
    45:33
  • ROTATIONAL MECHANICS 04
    47:54
  • WAVE OPTICS 04
    01:08:08
  • Magnetism Part 12
    56:48
  • ROTATIONAL MECHANICS 05
    57:35
  • WAVE OPTICS 05
    57:18
  • Magnetism Part 13
    56:56
  • ROTATIONAL MECHANICS 06
    56:12
  • WAVE OPTICS 06
    01:09:09
  • Magnetism Part 14
    01:02:04
  • ROTATIONAL MECHANICS 07
    51:32
  • WAVE OPTICS 07
    01:26:33
  • Magnetism Part 15
    01:13:15
  • ROTATIONAL MECHANICS 08
    01:01:02
  • WAVE OPTICS 08
    45:44
  • Magnetism Part 16
    50:39
  • ROTATIONAL MECHANICS 09
    01:01:32
  • WAVE OPTICS 09
    01:11:33
  • ROTATIONAL MECHANICS 10
    46:07
  • ROTATIONAL MECHANICS 11
    01:32:59
  • ROTATIONAL MECHANICS 12
    56:44
  • ROTATIONAL MECHANICS 13
    57:04
  • ROTATIONAL MECHANICS 14
    01:31:46
  • ROTATIONAL MECHANICS 15
    01:26:01
  • THERMAL PHYSICS 01
    01:15:41
  • THERMAL PHYSICS 02
    46:01
  • ELECTROMAGNETIC INDUCTION 01
    57:49
  • ELECTROMAGNETIC INDUCTION 02
    01:07:02
  • ELECTROMAGNETIC INDUCTION 03
    59:36
  • ELECTROMAGNETIC INDUCTION 04
    01:01:42
  • ELECTROMAGNETIC INDUCTION 05
    01:00:25
  • ELECTROMAGNETIC INDUCTION 06
    01:02:09
  • ELECTROMAGNETIC INDUCTION 07
    01:02:34
  • Newton’s Laws of Motion Part 1
    01:09:18
  • Newton’s Laws of Motion Part 2
    01:04:51
  • Newton’s Laws of Motion Part 3
    01:06:39
  • MODERN PHYSICS 01
    01:38:16
  • Newton’s Laws of Motion Part 4
    54:32
  • ELECTROMAGNETIC INDUCTION 08
    01:06:37
  • MODERN PHYSICS 02
    01:12:30
  • Newton’s Laws of Motion Part 5
    01:00:48
  • MODERN PHYSICS 03
    50:54
  • Newton’s Laws of Motion Part 6/7
    57:09
  • MODERN PHYSICS 04
    49:36
  • Newton’s Laws of Motion Part 8
    55:07
  • MODERN PHYSICS 05
    01:00:53
  • Newton’s Laws of Motion Part 9
    01:06:54
  • MODERN PHYSICS 06
    39:29
  • Newton’s Laws of Motion Part 10
    01:05:28
  • MODERN PHYSICS 07
    54:51
  • Newton’s Laws of Motion Part 11
    01:06:08
  • MODERN PHYSICS 08
    41:59
  • Newton’s Laws of Motion Part 12
    01:05:31
  • MODERN PHYSICS 09
    58:44
  • Newton’s Laws of Motion Part 13
    01:12:06
  • MODERN PHYSICS 10
    01:44:22
  • Newton’s Laws of Motion Part 14
    57:16
  • Newton’s Laws of Motion Part 15
    01:17:49
  • Circular Motion Part 1
    01:09:19
  • Circular Motion Part 2
    01:06:01
  • Circular Motion Part 3
    01:27:28
  • Circular Motion Part 4
    01:17:28
  • Circular Motion Part 5
    40:08
  • Thermal Physics 05
    45:51
  • Thermal Physics 06
    02:01:38
  • Thermal Physics 07
    01:52:55
  • SHM Part 01
    01:56:12
  • SHM Part 02
    01:20:20
  • SHM Part 03
    47:22
  • SHM Part 04
    47:19
  • SHM Part 05
    41:58
  • SHM Part 06
    01:03:32
  • Electrostatics Part 01
    01:08:07
  • Electrostatics Part 02
    01:11:25
  • Electrostatics Part 03
    01:08:51
  • Electrostatics Part 04
    01:11:50
  • Electrostatics Part 05
    01:05:23
  • ELECTROMAGNETIC INDUCTION PART 09
    59:53
  • Electrostatics Part 06
    01:06:54
  • ELECTROMAGNETIC INDUCTION PART 10
    01:05:35
  • Electrostatics Part 07
    01:11:17
  • ELECTROMAGNETIC INDUCTION PART 11
    55:57
  • Electrostatics Part 08
    01:01:01
  • ALTERNATING CURRENT 01
    01:05:54
  • Electrostatics Part 09
    01:06:15
  • ALTERNATING CURRENT 02
    01:04:22
  • Electrostatics Part 10
    58:45
  • ALTERNATING CURRENT 03
    01:08:22
  • Electrostatics Part 11
    54:29
  • ALTERNATING CURRENT 04
    46:01
  • Electrostatics Part 12
    01:05:01
  • ALTERNATING CURRENT 05
    01:02:50
  • Electrostatics Part 13
    01:02:43
  • ELECTROMAGNETIC WAVES
    43:52
  • Electrostatics Part 14
    01:09:33
  • MEASURING INSTRUMENTS
    01:00:12
  • SIMPLE HARMONIC MOTION 01
    01:56:12
  • Electrostatics Part 15
    48:36
  • SIMPLE HARMONIC MOTION 02
    01:20:20
  • Electrostatics Part 16
    01:07:47
  • SIMPLE HARMONIC MOTION 03
    47:22
  • Electrostatics Part 17
    01:04:33
  • SIMPLE HARMONIC MOTION 04
    47:19
  • Electrostatics Part 18
    01:11:03
  • SIMPLE HARMONIC MOTION 05
    41:58
  • Electrostatics Part 19
    01:06:50
  • SIMPLE HARMONIC MOTION 06
    01:03:32
  • Electrostatics Part 20
    01:04:31
  • Gravitation part 01
    57:33
  • Gravitation part 02
    01:07:31
  • Gravitation part 03
    01:03:02
  • Gravitation part 04
    01:01:01
  • Gravitation part 05
    01:05:43
  • Gravitation part 06
    50:43
  • Work, Power & Energy Part 01
    01:12:18
  • Work, Power & Energy Part 02
    01:13:53
  • Semiconductor Physics 01
    01:07:19
  • Work, Power & Energy Part 03
    01:24:38
  • Semiconductor Physics 02
    01:39:53
  • Work, Power & Energy Part 04
    01:18:33
  • Semiconductor Physics 03
    01:51:05
  • Work, Power & Energy Part 05
    01:14:13
  • Semiconductor Physics 04
    57:05
  • Work, Power & Energy Part 06
    01:15:29
  • Communication Systems
    01:28:44
  • Work, Power & Energy Part 07
    01:13:11
  • Current Electricity part 01
    01:08:01
  • Current Electricity part 02
    58:34
  • Current Electricity part 03
    50:48
  • Current Electricity part 04
    55:35
  • Current Electricity part 05
    01:04:10
  • Current Electricity part 06
    01:05:27
  • Current Electricity part 07
    01:08:22
  • Current Electricity part 08
    56:25
  • Current Electricity part 09
    51:01
  • Current Electricity part 10
    01:00:00
  • Current Electricity part 11
    46:14
  • Current Electricity part 12
    40:58
  • Current Electricity part 13
    01:03:59
  • Current Electricity part 14
    01:04:30
  • Current Electricity part 15
    48:25
  • Capacitance part 01
    01:07:15
  • Capacitance part 02
    58:06
  • Capacitance part 03
    55:16
  • Capacitance part 04
    45:35
  • Capacitance part 05
    59:19
  • Capacitance part 06
    01:02:55
  • Capacitance part 07
    56:30
  • Capacitance part 08
    01:06:09
  • Capacitance part 09
    50:10
  • Capacitance part 10
    01:07:36
  • Kinematics Part 01
    39:57
  • Magnetism part 01
    01:00:47
  • Kinematics Part 02
    35:15
  • Magnetism part 02
    01:05:43
  • Kinematics Part 03
    39:01
  • Magnetism part 03
    01:10:38
  • Kinematics Part 04
    35:31
  • Magnetism part 04
    51:20
  • THERMAL PHYSICS 03
    01:00:07
  • Kinematics Part 05
    39:14
  • Magnetism part 05
    01:02:01
  • THERMAL PHYSICS 04
    01:27:10
  • Kinematics Part 06
    34:38
  • Magnetism part 06
    01:06:02
  • VECTORS PART 01
    50:31
  • Kinematics Part 07
    35:38
  • Magnetism part 07
    54:04
  • VECTORS PART 02
    01:00:28
  • Kinematics Part 08
    37:03
  • VECTORS 03
    56:44
  • Kinematics Part 09
    37:11
  • DIFFERENTIATION PART 01
    58:00
  • Kinematics Part 10
    36:31
  • DIFFERENTIATION PART 02
    46:58
  • Kinematics Part 11
    38:32
  • INTEGRATION PART 01
    44:50
  • Kinematics Part 12
    40:35
  • INTEGRATION PART 02
    38:47
  • Kinematics Part 13
    43:33
  • VECTOR 04
    49:14
  • Kinematics Part 14
    46:04
  • Kinematics Part 15
    38:06
  • Kinematics Part 16
    38:53
  • Kinematics Part 17
    35:59
  • Kinematics Part 18
    35:49
  • Kinematics Part 19
    41:28
  • Kinematics Part 20
    42:35
  • Kinematics Part 21
    43:04
  • GEOMETRICAL OPTICS 01
    45:59
  • GEOMETRICAL OPTICS 02
    01:12:52
  • FLUID MECHANICS PART 1
    01:27:18
  • GEOMETRICAL OPTICS 03
    01:12:58
  • FLUID MECHANICS PART 2
    01:21:32
  • GEOMETRICAL OPTICS 04
    56:20
  • FLUID MECHANICS PART 3
    01:05:06
  • GEOMETRICAL OPTICS 05
    01:06:00
  • FLUID MECHANICS PART 4
    01:19:40
  • GEOMETRICAL OPTICS 06
    01:07:32
  • FLUID MECHANICS PART 5
    01:16:20
  • GEOMETRICAL OPTICS 07
    01:08:44
  • FLUID MECHANICS PART 6
    49:32
  • GEOMETRICAL OPTICS 08
    01:01:28
  • FLUID MECHANICS PART 7
    01:28:04
  • GEOMETRICAL OPTICS 09
    01:05:36
  • ELASTICITY PART 01
    54:30
  • GEOMETRICAL OPTICS 10
    01:19:01
  • ELASTICITY PART 02
    48:42
  • GEOMETRICAL OPTICS 11
    01:03:03
  • MECHANICAL WAVES 01
    01:22:20
  • GEOMETRICAL OPTICS 12
    01:03:10
  • MECHANICAL WAVES 02
    44:48
  • GEOMETRICAL OPTICS 13
    01:09:02
  • MECHANICAL WAVES 03
    37:12
  • GEOMETRICAL OPTICS 14
    01:12:27
  • MECHANICAL WAVES 04
    42:14
  • GEOMETRICAL OPTICS 15
    35:34
  • MECHANICAL WAVES 05
    45:51
  • GEOMETRICAL OPTICS 16
    01:13:10
  • MECHANICAL WAVES 06
    27:52
  • GEOMETRICAL OPTICS 17
    01:04:50
  • MECHANICAL WAVES 07
    02:00:08
  • GEOMETRICAL OPTICS 18
    01:18:55
  • MECHANICAL WAVES 08
    02:39:37
  • Units & Dimensions 01
    01:02:57
  • COM & COLLISIONS 01
    01:18:29
  • Units & Dimensions 02
    58:04
  • COM & COLLISIONS 02
    01:13:49
  • Units & Dimensions 03
    01:03:42
  • COM & COLLISIONS 03
    01:03:57

Chemistry

Maths

151,480