PokeVideoPlayer v0.9-rev1 - licensed under gpl3-or-later
Oh no, the video couldn't be loaded :(
You can try refreshing the page!
...
ImmersiveAmbientModecolor: #d3d3d3 (color 2)
Video Format : (720p) openh264 ( https://github.com/cisco/openh264) mp4a.40.2 | 44100Hz
Audio Format: 140 ( High )
PokeTubeEncryptID: dcd8b0191267fb14d2c567546597099b89a72449b575d8fb6739598e13b4ba27e85384144f63d1193ad911701d115e8f
Proxy : eu-proxy.poketube.fun - refresh the page to change the proxy location
Date : 1722568095117 - unknown on Apple WebKit
Mystery text : bjhXeGtxTVJnUzQgaSAgbG92ICB1IGV1LXByb3h5LnBva2V0dWJlLmZ1bg==
143 : true
44,340,033 Views • Jan 12, 2023 • Click to toggle off description
Views : 44,340,033
Genre: Education
Date of upload: Jan 12, 2023 ^^
Rating : 4.726 (99,259/1,347,405 LTDR)
93.14% of the users lieked the video!!
6.86% of the users dislieked the video!!
User score: 89.71- Overwhelmingly Positive
RYD date created : 2024-08-02T02:36:52.312545Z
See in json
YouTube Comments - 46,332 Comments
Top Comments of this video!! :3
->Shows us a cool video
->Asks us why it happened
->Leaves without an answer
31K |
Because of the chains. On impact, the individual chain links are twisting and therefore affecting other chain links further up and dragging them down.
880 |
Legend says the ladder on the right is still free falling
126 |
For those wondering, you see how the rods are alternating diagonal? When the downward part of the bottom rod hits the table, it bounces up, pulling the other side of the rod, and therefore that rope, downwards. Rinse and repeat with every rod, all pulling slightly downwards on the ladder, and now it's falling faster than the other.
16K |
"Alright, then. Keep your secrets"
7K |
It's because the bars are not straight so when one hits it goes horizontal so when it tries to go horizontal it pulls one side which makes it faster from pulling itself
85 |
The table ladder realized it was almost home , so it sped up to get the best seat on sofa.
36 |
- defies physics
-refuses to elaborate
-disappears into the void
15K |
Gonna need a ladder to recover from that cliffhanger.
2.9K |
The ladder on the right fell faster.
The ladder on the left hit a table and didn't fall until the next day when a clumsy person walked past
7 |
"Now why did that happen?"
>Refuses to elaborate
>Leaves
2 |
Since the rungs are angled, the table is causing them to flatten out, which pulls down on the rung above it. This alternates left to right, gradually speeding it up.
Edit: Never expected my comment to get so much attention. To elaborate a bit, one needs to understand that even the ladder on the right will speed up after it hits the ground, just like the one on the left. The only reason you see the difference is because the one on the left hit the table (higher ground) before the one on the right. Also, to better see the pulling effect, don't just watch the strings close to the table. Look closer to the top of the ladder, like two or three rungs from the top after the top comes into view. You can clearly see motion in the strings that is not seen in the ladder on the right.
11K |
Since everyone has a long and over-complicated answer:
- Ladder steps are angled.
- One side of the ladder step hits the floor first.
- Creates a torque (rotating force).
- Torque creates tension in the shorter string.
- The ladder falls slightly faster.
7.6K |
because the diagonals make it so like it pulls even more
and since the A side hits ground first it starts pulling first
1 |
Tension in the chains.
When the one on the left hits the bottom, the fact that the rungs are all uneven means the short side gets pulled down, which pulls downward on all the remaining ladder above it.
1 |
"It was me, Barry. I made them fall faster so you will fail your physics exam"
6.7K |
I especially liked the part where he explained why that happened
11K |
This is going to be super useful for folks who drop ladders for a living
9 |
@Veritasium I think two things may be contributing to making the left ladder fall faster. 1) Considering that this is not in a vacuum, drag/air resistance could be an important matter to consider. The topmost bar of the rope experiences a cumulative air resistance of the lower bars and some of the ropes below. There is a gradual reduction in cumulative air resistance on the left ladder, while there is no such reduction on the right one. The acceleration on the left ladder increases. 2) Every time each bar on the left ladder reaches the table, the bars being at an angle, the bar that touches the table pivots at their center point creating a pull on the shorter rope which visibly seems like a gradual speeding up of the fall
1 |
@cicalinarrot
1 year ago
Plot twist: he has no idea why that happened and he's genuinely asking, hoping that someone tells him in the comment.
446K |