You’ve made it to Episode 12 of “The Wonders of Classical Mechanics,” and today we begin to look at systems — multiple objects interacting, moving, and responding to forces together. Whether it’s a swinging pendulum or a galaxy of stars, systems are the true playground of classical mechanics

Welcome to Episode 11 of “The Wonders of Classical Mechanics.” Today, we spin into a new realm: circular motion. Whether it’s a child on a merry-go-round or a planet circling the Sun, this type of motion hides fascinating truths about forces, balance, and geometry. Let’s step into the circle.

Welcome to Episode 10 of “The Wonders of Classical Mechanics.” I’m your host, and today, we’re launching into the world of projectiles — the elegant arcs traced by cannonballs, basketballs, and even planets in free fall. These aren’t just physics problems — they’re the poetry of motion, where every curve tells a story. Let’s uncover the secrets behind parabolic paths.

You’re listening to “The Wonders of Classical Mechanics.” In Episode 9, we’ll learn

the basic vocabulary of motion — displacement, velocity, and acceleration. These

concepts aren’t just jargon — they’re the foundations of describing how things move in

the universe. Once you understand these, the world begins to speak in motion. Let’s

decode it together.

Welcome back to “The Wonders of Classical Mechanics.” Today’s topic is one that

shaped the thinking of everyone from Galileo to Einstein — gravity. What exactly

happens when we fall? Why do all objects drop at the same rate? And what does it

mean that the Earth is pulling on us? Let’s dive into the mysterious and mighty force of

gravity.

Welcome to Episode 7 of “The Wonders of Classical Mechanics.” I’m glad you’re here

— because today we’re talking about some of the most misunderstood forces in physics:

friction, drag, and air resistance. They’re silent, invisible, and relentless. They’re what

stop motion, drain energy, and complicate every experiment. Let’s uncover these hidden

forces that shape almost everything you experience.

You’re listening to “The Wonders of Classical Mechanics.” In today’s episode, we clear

up a common confusion — the difference between mass and weight. They’re used

interchangeably in everyday language, but in physics, they’re worlds apart. By the end

of this episode, you’ll never look at your bathroom scale the same way again.

Welcome back to “The Wonders of Classical Mechanics.” I’m thrilled you’re here.

Today’s topic might sound familiar — “for every action, there is an equal and opposite

reaction.” But what does that really mean? Is it just about rockets launching and

balloons flying across rooms? Or is there a deeper symmetry hidden in the universe?

Let’s find out.