FAST PHYSICS
> 100 Concepts in < 60 sec, each
CURRICULUM
Vectors in Physics: Concept Busters in < 60 sec
Available in
days
days
after you enroll
- Unlock Your Full Potential in Physics: A Special Message for You!
- Dot Product of Two Vectors (and Which Angle to Take) (0:45)
- Dot Product of Force and Displacement = Work Done (0:52)
- Using Dot Product to Find Work Done When the Force is at an Angle to Displacement (0:58)
- How to Find the Correct Direction of Cross Product of Two Vectors (0:59)
- Parallelogram Law of Cross Product of Two Vectors (0:59)
- How to Find Torque Using Cross Product (0:47)
- Which Angle to Use While Finding Cross Product of Two Vectors (0:31)
- The Vector Gangsters! (& The Right Hand Rules!) (0:12)
Motion in a Straight Line
Available in
days
days
after you enroll
- What is Gravitational Acceleration (0:57)
- Velocity & Acceleration at the Top (motion under gravity) (0:40)
- Can Positive Acceleration Reduce Velocity? (0:54)
- Distance Vs. Displacement: 6 Key Differences (0:53)
- Velocity Vs. Speed: Key Differences (0:44)
- Instantaneous Velocity (0:56)
- Direction of Acceleration (0:52)
- What does Positive Acceleration Mean (0:51)
- Is Minus 25 m/s > 0 m/s (0:58)
- Velocity Time Graph and Position Time Graph (0:59)
- Integration Visualized
Motion in Two Dimensions
Available in
days
days
after you enroll
- Components of Acceleration - Parallel to Velocity and Perpendicular to Velocity (0:55)
- Average Velocity Between Two Points Using Vectors (0:56)
- Projectile Motion - Bullet and the Monkey (0:39)
- What is Position Vector? (0:46)
- What is Reference Frame in Physics (0:58)
- When is Instantaneous Velocity = Average Velocity (0:57)
- Velocity Vector and its Components (0:58)
- Projectile Motion and Time of Horizontal Flight (0:57)
- Projectile Motion at Complementary Angles (0:52)
- Range in Projectile Motion (0:43)
- Three Conditions for Circular Motion to Happen (0:28)
- Concept Demonstrated: Centripetal Force Using a Spinning Ball and a String (0:11)
Newton's Laws of Motion
Available in
days
days
after you enroll
- Newton's First Law of Motion: The Law of Inertia (0:54)
- Newton's First Law of Motion: Law of Inertia (Example II) (0:48)
- Newton's First Law of Motion: The Law of Inertia (Example III) (0:51)
- Newton's Second Law of Motion: Understanding F = ma (0:45)
- How to Use F = ma: Direction of Forces and Components (0:54)
- How to Use Newton's Second Law of Motion Equation F = ma (0:36)
- Decoding the Dynamics: Mass, Force, and Acceleration (0:29)
- Sliding Book: Exploring Friction and Motion Dynamics (0:38)
- Unraveling the Mysteries of Tension Force (0:58)
- Mastering Free Body Diagrams: Avoiding Common Pitfalls (0:28)
- Understanding Acceleration in Connected Systems (0:30)
- Determining Tension in a Three-Body System (0:57)
- Mastering Free Body Diagrams: Marking Forces Accurately (0:46)
- How to Calculate Apparent Weight in an Elevator at Constant Velocity (0:47)
- Unlocking Newton's Third Law: Understanding Action and Reaction Forces (0:59)
- Newton's 3rd Law Pairs: They Always Act on Different Bodies (0:26)
- Does the Earth Move when an Apple Falls? (0:55)
- Forces at Play: Understanding Static Friction (0:56)
- The ANT 🐜 and The Coefficient of Static Friction Experiment (0:07)
- Determining the Coefficient of Static Friction (0:56)
- The Dynamics of Drag Force and Terminal Velocity (0:12)
- The Art of Minimizing Drag in Skiing (0:26)
- The Journey to Terminal Velocity (0:36)
- How Centripetal Force Curves Motion (0:58)
- Navigating the Curves: The Physics of Centripetal Force and Circular Motion (0:58)
- The Art of Vertical Circular Motion (0:59)
- Weight of 1 Kg Mass, 2000 KM Above the Earth (0:25)
- Visualizing mgSinθ (0:37)
- Newton's 1st Law: Rest is Best (0:10)
- Newton's 1st Law in Nature (Courtesy @explaining.astrophysics) (0:28)
Work Power and Energy
Available in
days
days
after you enroll
- Equal Force, Unequal Mass: Can Two Iceboats Share the Same Kinetic Energy? (0:54)
- The Work-Energy Theorem in Action (0:20)
- Why No Work is Done When Motion and Force are Perpendicular (0:48)
- Spring Force: Exploring Work Done by Variable Forces (0:10)
- Power in Vertical Circular Motion: Is it Positive, Negative or Zero (0:53)
- Friction: Why It's a Non-Conservative Force? (0:53)
- Conservative Forces are Path Independent (0:37)
- How to Determine if a Force is Conservative (0:56)
- Understanding Zero Work by Conservative Forces in Closed Paths (0:29)
- Non Conservative Forces: Exploring the Role of Friction and Drag in Physics (0:49)
- Gravity Simplified: Understanding Work and Energy Conservation with Conservative Forces (0:52)
- Can Non-Conservative Forces Increase Mechanical Energy? (0:36)
- Understanding Energy Transformation: Work, Potential Energy, and Kinetic Energy (0:58)
- Can a Force Increase Kinetic Energy, Yet do No Work (0:54)
Center of Mass, Linear Momentum and Rotation
Available in
days
days
after you enroll
- The Secrets of Center of Mass: How Symmetry Simplifies Physics (0:50)
- Momentum vs. Kinetic Energy: Which Ball is Easier to Catch? (0:58)
- Force and Impulse: Exploring the Area Under the Curve (0:31)
- Comparing Momentum: Which Iceboat Finishes with Greater Momentum? (0:57)
- Which Ball is Easier to Catch (0:58)
- Area Under Force Time Graph (Impulse and Momentum) (0:31)
- Momentum and Impulse of Two Boats (0:57)
- Does Acceleration of a Rocket Change? (0:49)
- Does the Rocket Push Against Earth During Upward Thrust (0:44)
- Mastering Angular Position: Revolution and Radians Explained (0:39)
- Understanding Rotational Inertia: Why Some Rotations Are Harder Than Others (0:49)
- How to Use the Parallel Axis Theorem (0:58)
- The Science Behind Door Handles: How Torque Makes Opening Easier (0:58)
- Rolling friction and Why it Happens (0:55)
- What is Rolling Friction (0:55)
- Rolling Down an Incline: How Moment of Inertia Determines Speed (1:00)
Electricity
Available in
days
days
after you enroll
Gravitation
Available in
days
days
after you enroll
Fluid Mechanics
Available in
days
days
after you enroll
Oscillations and Simple Harmonic Motion (SHM)
Available in
days
days
after you enroll
Cross Product of 2 Vectors
(& Direction of the Resultant Vector)
Awesome choice! Your physics journey just took off. Watch your inbox for marvels