IGRUA 10X Masterclass - Course 2
With Course 1, The best preparation you can imagine for IGRUA Entrance Exam. By Ex-IGRUANs.
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Hello Igrua aspirants,
With the success story of passing 43% of our students in our Igrua entrance exam preparation course number one,
in previous years, we developed a robust methodology for your preparation which is letarally uncomparable with anywhere in the world.
Over the years, teaching hundreds of students for the entrance exam, we understood the area where most of the student's lack off.
It is the concepts of physics, maths, and competitive english in which students struggle to cope up because of their weak foundation.
In our school education system, concept building and understanding of Physics in real world is not given the proper focus. The Physics for aviation is all about deep understanding of simple concepts and it's application.
Most of the student's come to us, in their 12th standard, they are already enrolled in some IIT coaching. The Physics and Math preparation for IIT is different from Aviation.
So, we give our best efforts to solve this problem. In this course number 2, we focus on building your concepts from ground zero.
Along with Course 1 , and Course 2, we offer you the most robust methodology for your preparation.
If you are in Class 11, or in Class 12, this course will help you in your school studies as well, along with, it will make your prepare for the Igrua entrance exam in future.
This course is an upgradation with our Course 1, where all the concepts are explained in detail, given more personal focus to each student with enriched contents, and exclusive interview lectures are provided here.
The course is curated by ex Igruans and airline pilots. If you are determined to give your best efforts for the success, this course is for you.
Course Curriculum
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StartFirst Lecture
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Start1 - Vel And Accel In 1 Dimension (41:31)
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Start2 - Equations Of Motion In 1 Dimension (22:39)
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Start3 - Scalars And Vectors (38:02)
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Start4 - Projectile Motion (31:34)
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Start5 - Newton's Laws Of Motion (44:32)
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Start6 - Newton's Laws Of Motion With Friction (27:51)
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Start7 - Work (13:58)
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Start8 - Kinetic Energy And The Work Energy Theorem (27:40)
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Start9 - Potential Energy And The Conservation Of Energy (39:13)
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Start10 - Power (21:24)
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Start11 - Momentum And Impulse (28:38)
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Start12 - Conservation Of Momentum (15:49)
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Start13 - Inelastic And Elastic Collisions (41:21)
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Start14 - Angular Speed And Angular Acceleration (29:00)
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Start15 - Rotational Equations Of Motion (27:52)
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Start16 - Tangental Speed And Centripetal Force (26:47)
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Start17 - Gravitation And Kepler's Laws Of Motion (31:03)
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Start18 - Torque (12:21)
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Start19 - Rotational Equilibrium (8:24)
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Start20 - Angular Acceleration And The Moment Of Inertia (25:14)
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Start21 - Rotational Kinetic Energy And Angular Momentum (14:38)
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Start22 - Density And Pressure (11:41)
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Start23 - The Buoyant Force (26:51)
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Start24 - The Bernoulli Equation (25:37)
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PreviewSect 1 - What Is A Derivative (25:26)
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StartSect 2 - The Derivative Defined As A Limit (21:51)
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StartSect 3 - Differentiation Formulas (34:58)
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StartSect 4 - Derivatives Of Trig Functions (35:24)
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StartSect 5 - The Chain Rule (28:29)
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StartSect 6 - Higher Derivatives (14:07)
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StartSect 7 - Related Rates (30:35)
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StartSect 8 - Curve Sketching Using Derivatives (25:15)
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StartSect 9 - Intro To Integrals (31:12)
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StartSect 10 - Solving Integrals (28:24)
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StartSect 11 - Integration By Substitution (42:49)
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StartSect 12 - Calculating Volume With Integrals (14:02)
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StartSect 13 - Deriv And Integrals Of Exponentials (23:55)
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StartSect 14 - Derivatives Of Logarithms (23:59)
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StartSect 15 - Integration By Parts (25:22)
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StartSect 16 - Intrigration By Trig Substitution (18:50)
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StartSect 17 - Improper Integrals (9:24)