A Simple Explanation of Centripetal Force & Acceleration

In this video, we explore the fascinating concepts of centripetal force, centripetal acceleration, and circular motion. Join us as we delve into the physics behind objects moving in circular paths and the forces that govern their motion.
Discover how centripetal force acts as the inward force that keeps objects moving in a circular trajectory, counteracting the tendency to move in a straight line due to inertia. We'll delve into the relationship between centripetal force, mass, velocity, and radius of curvature, providing clear examples to illustrate these principles.
Explore centripetal acceleration, the acceleration directed towards the center of the circle that results from changes in velocity direction rather than speed. Learn how to calculate centripetal acceleration using formulas and understand its significance in understanding circular motion dynamics.
Through visual demonstrations and practical examples, we unravel the complexities of circular motion and highlight real-world applications such as amusement park rides, planetary orbits, and automotive dynamics. Whether you're a student of physics or simply curious about the mechanics of motion, this video offers a comprehensive exploration of centripetal force and circular motion.
Join us as we uncover the principles of centripetal force, centripetal acceleration, and their role in shaping the dynamics of circular motion in our universe.

[@jayfox7983]

I've never seen a more perfect circle in all my days

[@johnlampe6785]

Thanks Math and Science for this exposition on centripetal acceleration. Enlightening! John Lampe, sunny Perth, Western Australia.

[@jackflash8756]

Great video again - nice and easy derivation of centripetal acceleration.

[@MohammadSami-ul-lah]

I have seen the first chemistry/ physics teacher so good.

[@yasirnori6643]

Great video as always 😍🔥

[@graham2105]

That would be a fast groundhog.
Great video cheers

[@drumtwo4seven]

Nice 👍

[@devendersinghattri4654]

❤❤❤❤

[@MohammadAsif-yi3qs]

Plzz upload more videos of mechanics

[@chisomemeka9641]

This now really makes sense to me.

[@dadsonworldwide3238]

2 things, really difficult for my gen x brain 🧠 centrical force is why..
If you can add input or clarity reading my bad grammar or follow the line of thought ..
1 smallest scales spinning up angular momentum & volicity that leads me to envision objects interactions & forces in the very emerging energetic actors & values themselves .embedded within elements themselves.
2nd is that great attractor tracking all galaxy moving towards a single location as if newtons bucket is winning out vs a very real machian mass influence.
This idea in classrooms when Lagrangian corridanante was discussed caused hostility in the 1970s. Lol
You add in these young metaless galaxies that is not the homogeneous picture we was fed and these have been mixed in throughout all along and couldn't sit idly by billions of years without collapse surrounded by neighbors fully seeded heavy elements mature did ..
That forces a revision in my mind. Can't help but remember how organic thoughts on class got us in so much trouble in heath class astronomy & geology lol
Its not easy when 12:01 midnight when all 3 tv channels after the national anthem left us all dreaming about the snow on our TV as cmb.
Might be the most corrupted court room in the history of jury's lol.

[@jimmurphy6095]

Please explain why this isn't just inertia as opposed to an actual force.

[@frankroper3274]

If you drive a Prius you don't do many burn outs!

[@Craftygirl-oq6vg6ez6d]

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[@goverdhan4903]

Where are you from?