education
Hosted by Mutual Pledge Incorporated · education · EN
Physical science for kids around 7 to 10, exploring forces, energy, space, and matter with vivid examples, plain language, and honest curiosity.
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Contact path
Verified email
Booking probability
28%
Guest openness
Selective
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Signup to Generate a PitchPhysical science for kids around 7 to 10, exploring forces, energy, space, and matter with vivid examples, plain language, and honest curiosity.
Not Just Because - Physics is hosted by Mutual Pledge Incorporated. The show has published 13 episodes to date.
Recent episodes include "The Cold Spoon Trick: Metal, Wood, and Heat" (5 September 2026, 8 minutes), "What Is Sound, and Why Does It Travel Faster in Water?" (3 September 2026, 12 minutes), and "Why Do Magnets Stick to Some Metals but Not Others?" (3 September 2026, 14 minutes).
Not Just Because - Physics publishes roughly a few times a week, with episodes averaging 12 minutes across 13 episodes.
Booking probability for Not Just Because - Physics is 28%, and the host is rated Selective on guests. Not Just Because - Physics requires a Pod Score of 80 or higher. Not Just Because - Physics's contact route on record: verified email.
The strongest fits for Not Just Because - Physics are Courses, Coaching & Lessons. Not Just Because - Physics has an education audience.
Mutual Pledge Incorporated hosts Not Just Because - Physics, an education podcast with 13 episodes published.
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Episode #13
Two objects share the same room and the same temperature, yet a metal spoon feels much colder than a wooden one. The secret isn't temperature at all—it's how fast each material pulls heat away from a warm hand. This...
Sound is really just a wave of tiny pushes rippling through stuff — air, water, even solid steel. But why does that wave zip through water almost five times faster than through air? The answer comes down to how tightly...
Magnets cling fiercely to a steel fridge but slide right off an aluminum can—what makes one metal magnetic and another completely indifferent? The answer lives deep inside atoms, where tiny spinning electrons either...
Sunlight looks white, but it's secretly a whole rainbow packed together—and tiny bits of air fling the blue part all over the sky. That's why noon looks blue and sunsets glow orange and pink, all explained with bouncing...
Episode #11
A steel ship weighing thousands of tons floats, but a tiny steel marble sinks straight to the bottom — what's going on? This episode unpacks density, buoyancy, and the upward push of water, using everyday objects like...
Every time you drop a ball, trip on a step, or watch rain fall from the sky, gravity is at work — but what actually is it? This episode unpacks why objects pull on each other, how mass and distance change that pull, and...
Episode #9
A single human can lift a grand piano — if they have the right simple machine. Levers, pulleys, and ramps trade distance for force, letting people move loads far heavier than their own muscles could handle alone. The...
Episode #8
Sunlight looks white, but it secretly carries every color mixed together — and a raindrop can split them apart. This episode traces the path of a single beam of light as it enters a water droplet, bends, bounces off the...
Episode #8
Sunlight looks white, but it secretly carries every color mixed together — and a raindrop can split them apart. This episode traces the path of a single beam of light as it enters a water droplet, bends, bounces off the...
Batteries power nearly everything in daily life, but what's actually happening inside those little tubes of stored energy? This episode breaks down the chemistry of how electrons get pushed through a circuit, why...
Electricity powers nearly everything in modern life—lights, phones, fridges—yet it remains invisible and deeply mysterious to most people. Starting at the atomic level, this episode unpacks what electricity actually is...
Episode #5
Earth hurtles around the sun at 67,000 miles per hour yet never flies off into the void—so what keeps it locked in that endless loop? This episode unpacks the invisible pull of gravity, using analogies like marbles on a...
Episode #5
Earth hurtles around the sun at 67,000 miles per hour yet never flies off into the void—so what keeps it locked in that endless loop? This episode unpacks the invisible pull of gravity, using analogies like marbles on a...
Dropping a rubber ball sends it springing back into the air, but a lump of clay just hits the ground with a lifeless thud—so what makes the difference? The answer lies in elasticity: the ability of a material to deform...
Episode #3
The Sun has been shining for four and a half billion years, far too long to be explained by any ordinary fire—so what actually powers it? Starting from the ancient guess that the Sun was a giant lump of burning coal...
Batteries power nearly everything in daily life, but what's actually happening inside those little tubes of stored energy? This episode breaks down the chemistry of how electrons get pushed through a circuit, why...
Episode #3
The Sun has been shining for four and a half billion years, far too long to be explained by any ordinary fire—so what actually powers it? Starting from the ancient guess that the Sun was a giant lump of burning coal...
Electricity powers nearly everything in modern life—lights, phones, fridges—yet it remains invisible and deeply mysterious to most people. Starting at the atomic level, this episode unpacks what electricity actually is...
Dropping a rubber ball sends it springing back into the air, but a lump of clay just hits the ground with a lifeless thud—so what makes the difference? The answer lies in elasticity: the ability of a material to deform...
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