Course Content
A.1 Kinematics
0/40
Displacement (not distance) covered in Horizontal Projectile motion
02:39
Diiference between Displacement & Distance
01:43
Area under Velocity-time graph and SUVAT
02:31
Distance travelled in UAM (Two methods)
03:38
Find Height at certain time in 1-D motion
03:03
Ratio of Distances of a block moving on an Inclined plane
02:40
Find time to reach maximum height in projectile
02:00
Find time at which two balls have same height in Free fall motion
02:50
Acceleration of Projectile in Presence of Air resistance
03:32
Time at which Instantaneous and Average velocity is equal in S-t graph
02:36
Speed time graph of a ball experiencing Air resistance
02:46
Horizontal and Vertical velocity time Graphs of Projectile
03:26
Average speed & Average Velocity of Minute hand watch
02:16
Find Displacement and time of ball thrown downward
02:37
Draw Velocity-time graph to Acceleration-time graph
03:26
Velocity-time graph of two cars
02:06
Horizontal Projectile Motion & comparison of horizontal distances
04:01
Direction of velocity & Acceleration during Non-uniform Accelerated motion
02:38
Velocity & Acceleration of object during Projectile motion
03:15
Find displacment when an object thrown downward
02:28
Finding Average Acceleration
02:11
Area under Velocity-time Graph
01:58
Find Horizontal Range and Time of flight of Projectile
02:48
Equations of Motions were derived from….
01:33
Kinetic energy-time graph of free fall motion
03:24
Area under Acceleration-time graph
01:50
Acceleration-time graph of non-uniform accelrated motion
02:40
Momentum of ball at highest point of projectile motion
02:24
Average and Instantaneous speed from Graph
01:50
Find Acceleration in contsantly accelerated motion
03:21
Comparison of Range & Time of two projectiles
03:54
Find Initial velocity in free fall motion
02:00
Relative velocity of Boat in riverstream
02:08
Identifying type of motion from different positions of Car
02:28
Range of Projectile of an object thrown from cliff
02:30
Finding Stopping Distance (SUVAT)
01:34
Vector addition of velocities of boats
02:42
Absence of Air resistance on velocity of projectile
02:16
Effect of Air Resistance on velocity of Projectile
03:43
Velocity vs Displacement Graph for contantly accelerated motion
01:48
A.2 Forces
0/38
Finding Range (Min & Max) of Forces on an object
01:42
Ratio of Masses hanging with pulley
03:09
Pair of Forces (Newton’s third law)
02:16
Which Formuladefines newton’s 2nd law
02:19
Newton’s third Law (Pair of Forces) applied on Rocket
02:17
Calculating Co-efficient of Dynamic Friction
02:20
Book Placed over rough trolly surface (Find Accel of trolley)
03:41
Definition of One Newton
01:18
Vector Addition of two Forces
02:27
How Air Resistance changes Acceleration of Projectile
03:32
Find Co-efficient of Dynamic Friction
02:36
Terminal Speed (How Air Resistance effects v-t graph)
02:46
Find Range of Acceleration due to Min & Max Force
02:13
Newton’s Third Law (Pair of forces) for block placed on another block
02:14
Effect of Doubling of Applied force on friction
03:06
Acceleration of an Elevator moving upward
02:55
Newton’s Third law (Force pair) for a person standing on ground
02:19
Comparison of Frictional force on system of blocks
03:58
Two blocks connected with string (Find Acc & Tension in string)
03:06
Acceleration of block experiencing Unbalanced forces
01:33
Translational Equilibrium (Vector sum of Forces)
02:23
Translational Equilibrium (Block moving with constant velocity on ramp)
02:51
Translational Equilibrium (Find Terminal speed)
01:27
Variable Force exerted on a Skydiver (Terminal velocity and Graph)
02:38
Free Body diagram of tray (A person holding it)
02:39
Newton’s third law (Force Pair) for a book lying on table
02:39
Minimum & Maxmimum forces (Range of forces)
01:48
Free Body diagram of block sliding on rough incline (Translational Equilibrium)
03:05
Motion graphs of an object experiencing Variable resultant force
02:40
Newton’s First law (Three forces on an object are Balanced)
03:55
Uniform motion of Block on incline plane (Newton’s First law)
02:42
Free body diagram of Ladder in equilibrium
02:25
Calculate Drag Force exerted on parachutist
01:29
Find Rate of change of momentum for a block
01:52
Free body diagram of block accelerating on rough horizontal surface
01:44
Pulley problem (A trolley attached with block accelerating on horizontal surface)
03:21
Sum of three forces (Newton’s first law)
03:31
Newton’s third law (Force pair) for a block placed on another block
01:54
A.2 Momentum & Impulse
0/19
Applying Law of conservation of Momentum
02:41
Find Common velocity of two carts (Inelastic collision)
02:31
Find Time duration of collision (Area under F-t graph)
02:09
Calculate maximum speed from Force-time graph
02:55
Elastic collision of a ball bouncing back from wall
02:50
Elastic & Inelastic collision
02:31
A bullet embedd in block (Momentum & Energy Law)
02:31
Direction of Change in Momentum of ball hitting at an angle with wall
03:15
Conservation of Momentum & Energy in In-elastic collision
03:26
Magnitude of Change in momentum of ball when hitting with wall
01:52
Two Blocks towards each other
02:06
Find final Velocity from Force-time graph
02:11
Find Force from Momentum-time graph
01:58
Find Recoil speed of gun
03:02
Rate of change of momentum problem
01:55
A child throwing ball to another
03:19
Find velocity at certain time from F-t graph
02:08
Find Magnitude of force exerted on Ball by wall
02:26
Find Magnitude of Impulse on ball by wall
03:09
A.2 Circular motion
0/17
Force of tension providing centripetal force
01:32
Ratio of masses in Horizontal Circular motion
03:08
Frictional forces as a Centripetal force
02:49
Compare Tension at top and bottom of Vertical Circular motion
03:48
Friction as a Centripetal force for a child
02:25
Centripetal force and Angular frequency
02:22
Free body diagram of mass moving in Horizontal circular path
01:39
Newton Law for Conical Pendulum
02:53
Horizontal circle (Larger mass attached with smaller mass)
02:03
Friction force on block placed on rotating disc
02:51
Mass attached with spinning Rod
02:25
Solving equations of Conical Pendulum (Horizontal circular motion)
02:50
Make Equation of tension at bottom of vertical circle
02:04
Conical Pendulum and free fall motion
02:15
Kinetic Energy of object at top of vertical circle
02:24
Frequency of particle in Uniform Circular motion
02:13
Work done in circular motion
03:15
A.3 Work, Power & Energy
0/34
Work-Energy Principle & Stopping distance
03:18
Kinetic energy-distance graph from Work energy principle
02:50
Work done by friction on incline plane
04:01
Find maximum velocity of mass attached with spring
02:41
Find Total Energy transfer in “n” number of lift of mass
02:35
Find power of Engine by constant force
01:52
Find height of ramp from constant Power delievered
01:57
Find Co-efficient of friction from conservation of Energy
04:17
Calculate Work done from Acceleration-displacment graph
04:05
Calculate Kinetic energy from Kinetic energy & Momentum formula
01:44
Two Blocks attached with compressed spring
03:49
Area under Force-Distance graph
03:17
Total Energy and Momentum at highest point of projectile
03:35
Elastic Potential energy stored in vertical spring system
02:24
Work-Energy principle & Area under F-S graph
02:24
Calculate Percentage efficiency from Power
02:22
Kinetic energy and Momentum of Bullet embed in block
02:31
Energy density of fuel (Mass density is not included in new syllabus)
01:02
Power-Displacement graph
02:52
Percentage efficiency of motor to lift a block
02:19
Find Kinetic energy lost in collision where two masses stick upon colliding
03:26
Find Energy transferred to air of a falling object
03:07
Find Thermal Energy released during motion on rough incline
02:32
Calculate gain in Gravitational Potential energy
02:11
Power delievered by engine of boat at constant velocity
01:26
Kinetic energy- time graph of free fall motion
03:24
Work done on mass attached with spring
03:03
Kinetic Energy of mass having unifrom circular motion
01:50
Ratio of Kinetic and Gravitational potential energy
02:48
Calculate percentage efficiency of motor
02:41
Express Newton in terms of Joule and second
00:50
Power in a unifrom circular motion
02:19
Conservation of energy for Horizontal mass spring system
02:33
Work done in a circular motion
03:15
Unit A. Space, time & Motion
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