Best INERTIA Experiment Ever (you'll want to try this!)

In today's video, we're diving headfirst into the captivating concept of inertia through an eye-opening inertia ring experiment. 🚀

🔬 Join us as we unravel the mysteries of inertia and discover its fundamental role in the universe. 🌎

🤓 In this video, you'll witness:

A mind-bending experiment that demonstrates the concept of inertia in a fun and engaging way.

🏁 Watch in awe as we put inertia to the test, showcasing its incredible effects on objects both big and small. From mesmerizing demonstrations to mind-blowing insights, this experiment will leave you with a newfound appreciation for the forces that govern our world.

📚 This isn't just another science experiment; it's an educational journey that'll spark your curiosity and deepen your understanding of the physical world around you.

👍 If you're as fascinated by physics and the wonders of inertia as we are, don't forget to hit that "Subscribe" button and turn on the notification bell 🔔 so you never miss another enlightening exploration of science!

📣 Share this video with your friends, fellow science enthusiasts, and anyone who loves to uncover the hidden secrets of the universe. Stay tuned for more mind-boggling experiments and captivating scientific discoveries!

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[boxoffisa]

If my chemistry teacher and physics teacher was this chill and loving what they do I would have done so muchhh better. Unfortunately I failed chemistry due to the fact that the guy could beat us. Education in Africa need reevaluation.

[zarif_hassan_kazemi]

Newton's first law . An object which is stationary will forever be stationary unless an outside force is applied. In this case force was applied to the ring only. But not the pen. That's why the pen fell.

[arazatliyev]

You are cool, really.İnspire me to these expeiment, woooww

[rebbecca]

You make such good quality videos. You deserve a lot of attention and views and subscribers ❤

[jonathonplett]

grabbing the ring on the side made the ring collapse into an oval, the pen only experienced the downward change therefore it never got pulled to the side

[stardust]

Inertia of rest.
The pen was at rest on the ring, and it tried to be at rest even after you removed the ring.

[alexandernewman]

Free falling, which is acceleration due to gravity

[ixiwildflowerixi]

Because pens always end up in the worst place. That's Murphy's law.

[J-zqoz]

Inertia. The marker fell because of gravity and into the glass. When you pulled the ring of metal fast the marker stayed in the same position ( like how magicians pull of the table cloff fast without dropping the stuff on it) so marker was basically floating then the force of gravity acted upon it and made it drop.
I'm I right?

[skythe_kat]

Because if there’s nothing under it it’s going down

[CalebLee-kl]

Practice makes perfect, And not e it perfect other than our father witch art in heaven

[ryanburbridge]

Explain why? Honestly no one truly knows. There are those that have great theories… but they don’t actually know.

[reneedwyer]

That was a little awkward for me to watch, the science was great, the jumping around was too jittery, long and too much, almost convulsion inducing. It would have been spectacular if you had displayed the set up ready under a pool of light surrounded by darkness and you pirouette your way into the light, dressed in black spandex, and just knock it into action and tip toe away, . Could even keep the music but don't talk.