I don’t normally toot my own horn, however, I am quite proud of this video. This is a demonstration of the Classic Bullet Projectile Motion Experiment. I don’t have the budget of Mythbusters, so I used a lacrosse ball instead, which actually allows for a split screen, slow motion visualization of the answer to which bullet lands first. #PhysicsEd #flipclass #science
I have a video where I do that: "Introduction to Uniformly Accelerated Motion with Examples of Objects in UAM" www.flippingphysics.com/introduction-to-uniformly-accelerated-motion.html
Nice video! I am a high school physics teacher and I showed this to my class during our projectile motion unit. You have energy and that's nice. Too many physics videos sound like the presenter is strung out on 50 Vicodin.
Real life demonstrations instead of simply writing and drawing out the concepts, problems, and solutions make a huge difference. The breaks/tangents within each lesson also give my brain a chance to move rather than freeze up. Your lessons are focused yet flexible. Thank you.
amazing! Thanks alot, I'm in my final year of high school, had a really similar idea for my experiment, but couldn't articulate well.. thankfully you did:D
Special Relativity tells us that the Horizontally motivated ball will have it's time slowed down.. so.. I guess the Ball that's dropped hits the ground about O.000000000000000000000000000 9 seconds sooner..... :D .. Go Figure! :) ... I believe Relativity is Relative.. on a serious note, EXCELLENT VIDEO!!.. your videos are all very Clear and Instructive.... and ENTERTAINING.... when learning is entertaining, then Remembering is certain.... Thanks for all your videos... :)
This is a simplified example, where the speed of light is considered infinite, relative to the speeds of the objects involved, and relativistic effects are negligible. The curvature of Earth and non-uniformness of the Earth's gravitational field are also neglected in this simplification. I would predict that the need to account for Earth's curvature and spherical world gravity would make a much greater difference from simplified projectile motion than relativistic effects.
I don’t normally toot my own horn, however, I am quite proud of this video. This is a demonstration of the Classic Bullet Projectile Motion Experiment. I don’t have the budget of Mythbusters, so I used a lacrosse ball instead, which actually allows for a split screen, slow motion visualization of the answer to which bullet lands first. #PhysicsEd #flipclass #science
I have a video where I do that: "Introduction to Uniformly Accelerated Motion with Examples of Objects in UAM" www.flippingphysics.com/introduction-to-uniformly-accelerated-motion.html
Nice video! I am a high school physics teacher and I showed this to my class during our projectile motion unit. You have energy and that's nice. Too many physics videos sound like the presenter is strung out on 50 Vicodin.
+Scott DeMunnik Great! That is exactly why I make these videos. I'm not sure 50 Vicodin would be good for anyone.
Real life demonstrations instead of simply writing and drawing out the concepts, problems, and solutions make a huge difference. The breaks/tangents within each lesson also give my brain a chance to move rather than freeze up. Your lessons are focused yet flexible. Thank you.
amazing! Thanks alot, I'm in my final year of high school, had a really similar idea for my experiment, but couldn't articulate well.. thankfully you did:D
You are welcome!
Love your videos man
Amazing video, came here to slap this experiment at some friends and left subscribed :) keep up the good work :)
The vertical component of force is the same for both balls
Special Relativity tells us that the Horizontally motivated ball will have it's time slowed down.. so.. I guess the Ball that's dropped hits the ground about O.000000000000000000000000000 9 seconds sooner..... :D .. Go Figure! :) ... I believe Relativity is Relative.. on a serious note, EXCELLENT VIDEO!!.. your videos are all very Clear and Instructive.... and ENTERTAINING.... when learning is entertaining, then Remembering is certain.... Thanks for all your videos... :)
This is a simplified example, where the speed of light is considered infinite, relative to the speeds of the objects involved, and relativistic effects are negligible. The curvature of Earth and non-uniformness of the Earth's gravitational field are also neglected in this simplification.
I would predict that the need to account for Earth's curvature and spherical world gravity would make a much greater difference from simplified projectile motion than relativistic effects.
Great video - thanks!
+Andrew Chambers You are welcome!
Thanks man, your videos are both effective and interesting..... Keep on doin' the good work!!
I'll keep on doing my best.
Thank you very much. I ❤ this video.
Thank you this is really helpful!
Great video
uhmm hello can is there solution for this?
Here's a question : Which angle of pro
jection can throw an object he farthest the distance?
www.flippingphysics.com/range-equation.html
thanks
The answer depends on the change in vertical displacement. If there is no change in vertical displacement, the answer is always 45 degrees.
I love you
Thanks. It feels good to be loved.