Do ALL objects fall at the same rate in slow motion?

In this video, we delve into the fascinating realm of gravity with a series of compelling science experiments that showcase a fundamental principle: all objects, regardless of mass, hit the ground at the same time and accelerate at the same rate under the influence of gravity. Through a blend of hands-on demonstrations and clear explanations, we uncover the mysteries behind this universal law of physics.
With engaging visuals and simple setups, viewers will witness firsthand the effects of gravity on objects of different sizes and weights. From dropping objects of various masses simultaneously to testing the acceleration of falling objects, each experiment provides compelling evidence for the equality of gravitational acceleration experienced by all objects near the Earth's surface.
Through these experiments, we illuminate the timeless insights of Galileo Galilei, whose groundbreaking experiments with falling objects laid the foundation for our understanding of gravity. By showcasing the universality of gravitational acceleration, we aim to inspire curiosity and appreciation for the elegant simplicity of nature's laws.
Whether you're a student of physics, a science enthusiast, or simply curious about the mysteries of gravity, this video offers an accessible and engaging exploration of a fundamental concept in physics. Join us as we uncover the secrets of gravity through hands-on experiments and gain a deeper understanding of the forces that shape the world around us.

[@anthonygregg862]

These demonstration videos are awesome. It gives an incredible insight into science. I have got so much more interested into science since watching all your videos. Thankyou Sir ! You are a teacher extraordinaire.

[@JasonGibsonScience]

Glad you like them!

[@jjsmallpiece9234]

I was hoping the larger weight would punch a hole through the table.

[@ZebecZT]

So you’re telling me if i were to increase the velocity of the bullet, it would go further hence delaying the instance at which it hits the ground?
Just as your two bullet example, just increasing the velocity of the horizontal bullet.

[@JasonGibsonScience]

You’re exactly correct I know it sounds weird, but if you shoot it horizontally and drop bullet at the same time, they would hit the ground at the same time, ignoring the curvature of the earth and ignoring air resistance. Remember, gravity acts down it does not act in the direction of the bullet firing there to completely independent directions.

[@simpleman283]

Yea, I would have lost some money on the two bullets hitting the ground at the same time. Definitely an eye opener experiment.

[@LryuzakiLN]

You said drop some objects, so I dropped my phone, it in pieces now! I need a new phone 😅 I'm holding you responsible 😂

[@JasonGibsonScience]

:-/

[@7276556536]

Awesome sir 😮

[@JasonGibsonScience]

Really appreciate it!