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a projectile up in the air with a few formulas on the topic of projectile motion

Calculate displacement, velocity, and acceleration for linear and projectile paths using vector components and kinematic equations.


The concept of static friction and kinetic friction explained with a box placed on an inclined plane

Solve complex motion problems using free-body diagrams to account for friction, drag, and centripetal acceleration.

Understanding Torque on a Particle

Analyze particle systems and rigid body dynamics using conservation of momentum, rotational inertia, and torque for complex rolling motion.


A Solved physics numerical problem on Newton's laws of motion

Apply the Universal Law of Gravitation and the principle of superposition to calculate potential energy and orbital paths for planets and satellites.


The concept of Bernoulli's equation and the relationship between pressure and velocity in a streamline flow

Analyze fluid systems using Pascal’s Principle, Archimedes’ Law, and Bernoulli’s Equation for both statics and dynamics.


Analyze transverse and longitudinal wave behavior through interference, standing waves, resonance, and sound intensity.



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The Science Cube Method: From Simulation to Equation

Students struggle to visualize problems. We bridge the gap between intuition and the variables on your exam paper.
Interactive simulation of Pascal’s law with two pistons of different areas connected by a fluid
Underdamped SHM: Oscillatory motion with exponentially decaying amplitude



Digital simulation of a mercury barometer showing a vertical tube filled with mercury balancing atmospheric pressure
Simple Pendulum: Master T = 2π√(L/g). See why length drives the period, not mass





Trusted by Those Who Teach the World Physics

Ashish Shekhar (IISc.)

Head of Content @ Khan Academy

Vishesh’s lessons offer rare clarity of thought. His explanations & visuals build beautifully on one another, making even difficult ideas intuitive. They’re impactful for anyone trying to learn physics. I strongly recommend his videos. If you want to learn physics from first principles, you must check out his content.


Testimonial by Physics professor in Europe

Csaba Dani (PhD)

University Professor of Physics

Vishesh has deep understanding and commitment to physics. His lessons show exceptional thoroughness and attention to detail.

I often integrate his innovative videos into my university lectures. Even as a physics teacher, I take his courses — and I’m proud to earn certificates signed by him

Azul Meza Strahm

Why Combine Tangential and Radial Acceleration in Circular Motion?" ...this was a piece of puzzle in my head I needed to understand! I got my answers here and quickly understood this complex physics concept through lesson and practical examples

Khushi Vatvani

I found Vishesh sir's lessons great for my exam preparation. The videos make it easy for me to tackle NEET physics problems.

The animations and sir's explanation helps a lot in building the skill of solving tough physics questions. Thanks for making such wonderful lessons!

Sandeep Pillai

These courses can be created by exceptional visionary educators only. The courses have turned complex physics concepts into captivating learning experiences.

Focus on visualization and clarity combined with dedication and use of technology makes Vishesh a standout educator

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The Science Cube
Think. Visualize. Solve.
AP Physics 1
🔥 0
Q1 Kinematics — Displacement L1 · Conceptual
A student walks 3 m east, then 3 m west, returning to the starting point. Which statement is correct?
Think about the difference between the total path length travelled and the change in position from start to finish.
💡 Did you know?
GPS navigation uses displacement (straight-line change in position), while your car's odometer measures total distance — they are rarely the same!
▶ See the Physics — Displacement vs Distance
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