The Acceleration of Gravity and Free-Fall Equations

Рет қаралды 7,193

10 ай бұрын

Welcome to our enlightening KZfaq video that delves deep into the captivating realm of gravity's acceleration and the free-fall equations. In this comprehensive tutorial, we unravel the fundamental principles behind these concepts, equipping you with a profound understanding of how objects fall under the influence of Earth's gravitational pull.
Whether you're a physics enthusiast or a student eager to grasp the dynamics of free-fall motion, this video is your ultimate guide. Our expert presenter simplifies complex physics concepts, ensuring you gain a solid foundation in acceleration due to gravity and the equations that govern free-fall.
Join us as we explore the crucial role of acceleration due to gravity in shaping the motion of falling objects. With clear explanations and illustrative examples, we'll dive into the equations that calculate an object's velocity and displacement during free-fall. You'll learn how to apply these equations to solve practical problems involving falling objects.
Through interactive visuals and real-world scenarios, you'll develop the skills to confidently analyze motion under gravity's influence. You'll uncover the connection between time, distance, and velocity, and how these factors come together in the fascinating realm of free-fall motion.
Don't let the intricacies of gravity's impact hold you back. Join us for this captivating tutorial and unlock the power to understand acceleration due to gravity and master the equations governing free-fall motion. Hit that play button now and embark on your journey to becoming a physics enthusiast with a solid grasp of motion dynamics!
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Пікірлер: 25

@user-iw5tk2xf3z 6 ай бұрын

You sir have to to be the greatest teacher that came after Richard feynman. I went through highschool and now college by the help of your videos thank you.

@MathAndScience 6 ай бұрын

This is probably one of the highest compliments anyone can give me, he’s one of my heroes!

@AerialPhotogGuy Ай бұрын

Thank you!

@tresajessygeorge210 8 ай бұрын

THANK YOU... SIR...!!! I have to review this lecture again to be memorized...!!!

@drumtwo4seven 10 ай бұрын

Nice 👍

@user-wv9pc9co7p 21 күн бұрын

you have to break the connection. The front of the train gets to the platform 1st but stopped at exactly the same time as the rear carriage. atmosphere buoyant means the birds in the air inside a covered truck the truck will weigh the same as if the birds where sitting on the ground.

@hijadela_BuenaMai7941 10 ай бұрын

Thanks!

@MathAndScience 10 ай бұрын

Wow thank you so much! Many thanks!

@BMW.E38 9 ай бұрын

awesoooooooooooooooome

@83jbbentley 10 ай бұрын

Galileo was so close to many things…

@hemrajue3434 10 ай бұрын

Does a falling object always tends to move towards the centre of the earth?

@WhiteHenny 10 ай бұрын

No. Falling objects on Mars tend to move towards the center of Mars for instance. There's nothing special about Earth in that regard. Other factors such as wind can change the direction.

@gide5489 10 ай бұрын

The falling direction combines gravity, initial velocity and other secondary effects like Coriolis, etc. So the answer is no, never..

@hemrajue3434 10 ай бұрын

I think all objects fall at the same rate in vaccume.

@gide5489 10 ай бұрын

It is confusing to call g gravity acceleration since the force mg (the weight) exists even without acceleration. Better to call it gravity intensity.

@user-wv9pc9co7p 21 күн бұрын

it's not gravity it's atmosphere

@felixcat4346 10 ай бұрын

I'm confused because I thought that acceleration just leveled off at a certain speed so you couldn't go faster in a certain speed when you're falling to the Earth so why is the curve a parabola

@gide5489 10 ай бұрын

It is never a parabola

@WhiteHenny 10 ай бұрын

Because for the purposes of this video he is ignoring air resistance. In reality the upwards force due to air resistance increases the faster you fall until it balances the downwards force due to gravity. At that point you have reached terminal velocity and will stop accelerating.