Lesson 8 of 135 • 4 upvotes • 12:40mins
Solved Examples. Correction: At 12:05, I mentioned that the direction of the angular velocity is either clockwise or anti clockwise. This should be read as "The direction of the angular velocity is perpendicular to the plane of motion and that depends on whether the sense of rotation (omega) is clockwise or anti clockwise".
135 lessons • 9h 47m
Overview
1:42mins
Kinematics in Two Dimensions - I [Chapter 1]
10:33mins
Kinematics in Two Dimensions - II
9:50mins
Kinematics in Two Dimensions - III
10:56mins
Kinematics in Two Dimensions - IV
8:45mins
Solved Examples - I
9:52mins
Solved Examples - II
11:19mins
Solved Examples - III
12:40mins
Radial and Transverse Velocities
4:53mins
Radial and Transverse Accelerations
2:35mins
Solved Examples
4:30mins
Tangential and Normal Velocities
6:24mins
Tangential and Normal Accelerations
3:17mins
Solved Examples [Chapter 1 conclusion]
2:43mins
Rectilinear Motion - Introduction [Chapter 2]
6:32mins
Solved Examples
6:12mins
Motion under Constant Acceleration
4:12mins
Solved Examples
9:51mins
Newton's Laws of Motion
3:14mins
Simple Harmonic Motion (S.H.M.) - Introduction
10:29mins
S.H.M. - Nature of motion
4:33mins
S.H.M. - Important Definitions
9:26mins
Geometrical Representation of S.H.M.
5:23mins
Important results about S.H.M.
2:17mins
Solved Examples
13:24mins
Hooke's Law
5:11mins
Horizontal Elastic String - Equations of Motion
5:32mins
Horizontal Elastic String - Character of Motion
6:09mins
Solved Example
6:59mins
Vertical Elastic String - Equations of Motion
7:10mins
Vertical Elastic String - Two important cases
7:27mins
Solved Examples
11:24mins
Correction
0:32mins
Motion under Inverse Square Law
7:53mins
Newton's Law of Gravitation
1:25mins
Solved Examples
9:49mins
Motion under Miscellaneous Laws of Forces [Chapter 2 conclusion]
7:22mins
Constrained Motion - Motion in a Vertical Circle [Chapter 3]
11:09mins
Motion in a Vertical Circle - Case I
1:59mins
Motion in a Vertical Circle - Case II
1:21mins
Motion in a Vertical Circle - Case III
2:47mins
Motion in a Vertical Circle - Case IV
3:32mins
Important Results from Projectiles
3:59mins
Solved Examples
5:38mins
Motion on the Outside of a smooth Vertical Circle
10:30mins
Solved Examples
6:28mins
Cycloid
4:37mins
Motion on a Cycloid - I
5:44mins
Motion on a Cycloid - II
3:33mins
Solved Examples
4:44mins
Motion on the outside of a smooth Cycloid
5:25mins
Solved Examples
14:31mins
Simple Pendulum - Introduction
2:40mins
Simple Pendulum - Small Oscillations
1:10mins
Simple Pendulum - Oscillations are not small
5:24mins
Beats and Second's Pendulum
2:35mins
Gain or Loss of Beats
4:41mins
Gain or loss of beats - Specific Situations
4:18mins
Solved Example [Chapter 3 conclusion]
2:14mins
Central Orbits - Introduction [Chapter 4]
5:56mins
Differential Equation of a Central Orbit - Polar Form
5:26mins
Differential Equation of a Central Orbit - Pedal Form
4:37mins
Rate of Description of the Sectorial Area
8:51mins
Elliptic Orbit - Law of Force
3:16mins
Elliptic Orbit - Velocity at any point
2:12mins
Elliptic Orbit - Periodic Time
2:37mins
Hyperbolic & Parabolic Orbits
2:05mins
Velocity from Infinity
2:45mins
Velocity in a Circle
2:31mins
Given the Central Orbit, to find the Law of Force
2:27mins
Solved Examples
6:56mins
Apse, Apsidal Distance & Apsidal Angle
3:15mins
Theorem
3:03mins
Given the Law of Force, to find the Orbit
1:29mins
Solved Examples [Chapter 4 conclusion]
10:55mins
Planetary Motion - Newton's Law of Gravitation [Chapter 5]
1:27mins
Motion under the Inverse Square Law
3:29mins
Elliptic, Parabolic & Hyperbolic Paths
2:18mins
Summary of the three cases
4:49mins
Kepler's Laws of Planetary Motion
0:52mins
Deductions from Kepler's Laws
2:28mins
Important Geometrical Properties of an Ellipse
2:42mins
Solved Examples
9:55mins
Time of description of an arc - Parabolic Orbit
3:30mins
Time of description of an arc - Elliptic Orbit
5:11mins
Time of description of an arc - Hyperbolic Orbit [Chapter 5 conclusion]
3:59mins
Motion in a Resisting Medium - Introduction [Chapter 6]
1:43mins
Terminal Velocity
2:14mins
Motion of a Particle falling under Gravity - Relation between v & x
4:25mins
Motion of a Particle falling under Gravity - Relation between v & t
2:14mins
Motion of a Particle falling under Gravity - Relation between x & t
1:16mins
Motion of a Particle Projected Vertically Upwards
5:41mins
Solved Examples [Chapter 6 conclusion]
6:10mins
Projectile Motion - Introduction [Chapter 7]
1:05mins
Motion of a Projectile & it's Trajectory - I
5:32mins
Motion of a Projectile and it's Trajectory - II
2:04mins
Latus Rectum of the Trajectory
2:45mins
Vertex & Focus of the Trajectory
3:29mins
Directrix of the Trajectory
1:30mins
Time of Flight
1:43mins
Horizontal Range
0:57mins
Maximum Horizontal Range
3:29mins
Maximum Height
0:59mins
Velocity at any point of the Trajectory
3:10mins
Locus of the Focus of the Trajectory
1:55mins
Locus of the Vertex of the Trajectory
1:22mins
Important Geometrical Properties of a Parabola
2:11mins
Solved Examples
5:40mins
Two directions of projection to hit a given point
1:38mins
Least velocity of projection to hit a given point
2:30mins
Two times of flight to hit a given point
2:13mins
Range and Time of Flight on an Inclined Plane
5:20mins
Maximum Range up the Inclined Plane
5:14mins
Range & Time of Flight down an Inclined Plane
5:16mins
Solved Examples
4:29mins
Envelope of the Trajectories with the same Velocity of Projection
5:17mins
Geometrical Interpretation of the Enveloping Parabola & Solved Example
5:21mins
Particles suffered to describe Parabolic Paths & Solved Example [Chapter 7 conclusion]
6:16mins
Work - I [Chapter 8]
5:17mins
Work - II
6:09mins