Theme A. Space, time & Motion

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$32, $20, $9

Course Curriculum

A.1 Kinematics

Compare Range & Height of Projectile motion on Earth and other planet
07:13
Verifying SUVAT equations for uniformly accelerated motion
06:12
Calculate displacement of car in circular track
02:25
Displacement (not distance) covered in Horizontal Projectile motion
02:39
Difference 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
Distance covered in fourth second (free fall motion)
05:53
Draw S-t graph from v-t graph
06:13
Find change in velocity from graph
03:18

A.2 Forces

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
Weighlessness of Astronaut
06:44
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
Find Tension in cable (elevator question)
04:28
Force exerted on system of boxes placed sideby side
03:57

A.2 Momentum & Impulse

A.2 Circular motion

A.3 Work, Power & Energy

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Theme A. Space, time & Motion

Description

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Course Curriculum

A.1 Kinematics

Compare Range & Height of Projectile motion on Earth and other planet

Verifying SUVAT equations for uniformly accelerated motion

Calculate displacement of car in circular track

Displacement (not distance) covered in Horizontal Projectile motion

Difference between Displacement & Distance

Area under Velocity-time graph and SUVAT

Distance travelled in UAM (Two methods)

Find Height at certain time in 1-D motion

Ratio of Distances of a block moving on an Inclined plane

Find time to reach maximum height in projectile

Acceleration of Projectile in Presence of Air resistance

Time at which Instantaneous and Average velocity is equal in S-t graph

Speed time graph of a ball experiencing Air resistance

Horizontal and Vertical velocity time Graphs of Projectile

Average speed & Average Velocity of Minute hand watch

Find Displacement and time of ball thrown downward

Draw Velocity-time graph to Acceleration-time graph

Velocity-time graph of two cars

Horizontal Projectile Motion & comparison of horizontal distances

Direction of velocity & Acceleration during Non-uniform Accelerated motion

Velocity & Acceleration of object during Projectile motion

Find displacment when an object thrown downward

Finding Average Acceleration

Area under Velocity-time Graph

Find Horizontal Range and Time of flight of Projectile

Equations of Motions were derived from….

Kinetic energy-time graph of free fall motion

Area under Acceleration-time graph

Acceleration-time graph of non-uniform accelrated motion

Momentum of ball at highest point of projectile motion

Average and Instantaneous speed from Graph

Find Acceleration in contsantly accelerated motion

Comparison of Range & Time of two projectiles

Find Initial velocity in free fall motion

Relative velocity of Boat in riverstream

Identifying type of motion from different positions of Car

Range of Projectile of an object thrown from cliff

Finding Stopping Distance (SUVAT)

Vector addition of velocities of boats

Absence of Air resistance on velocity of projectile

Effect of Air Resistance on velocity of Projectile

Velocity vs Displacement Graph for contantly accelerated motion

A.2 Forces

Finding Range (Min & Max) of Forces on an object

Pair of Forces (Newton’s third law)

Which Formuladefines newton’s 2nd law

Weighlessness of Astronaut

Newton’s third Law (Pair of Forces) applied on Rocket

Calculating Co-efficient of Dynamic Friction

Definition of One Newton

Vector Addition of two Forces

How Air Resistance changes Acceleration of Projectile

Find Co-efficient of Dynamic Friction

Terminal Speed (How Air Resistance effects v-t graph)

Find Range of Acceleration due to Min & Max Force

Newton’s Third Law (Pair of forces) for block placed on another block

Effect of Doubling of Applied force on friction

Acceleration of an Elevator moving upward

Newton’s Third law (Force pair) for a person standing on ground

Comparison of Frictional force on system of blocks

Two blocks connected with string (Find Acc & Tension in string)

Acceleration of block experiencing Unbalanced forces

Translational Equilibrium (Block moving with constant velocity on ramp)

Translational Equilibrium (Find Terminal speed)

Variable Force exerted on a Skydiver (Terminal velocity and Graph)