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@@schuwi4 no, they mean kgf. The kilogram-force is equal to a mass of one kilogram multiplied by the standard acceleration due to gravity on Earth, which is defined as exactly 9.80665 meter per second².
@@derekschinke2512 Huh, you are right, never heard about it. It's still wrong though because nobody uses it to measure forces. You use Newtons to measure a force.
Speed has a power of 2 on the kinetic energy formula while mass is linear, so increasing the speed at which the object travels would increase its energy exponentially, while increasing its mass will do so linearly, so yeah, the faster the better!
@@s9drifto501 yeah that is true but I thought it was something the soviets came up with to use to invade iran or iraq but the to countrys technically were taken by force i believe while russia did it on purpose in the 1917 russian revolution the were taken in the i think 1940s-60s
"I want cars to win" The problem is that you put trains and cargo planes into the mix: those forms of transportation are literally built with bigger more powerful engines to move heavier cargo across longer distances more efficiently than what cars can do. There's a reason why trains don't have to worry about being derailed by a car on the railroad tracks, and it's not because cars are stronger than trains...
**Thomas the tank engine earape starts playing** Every over competitor: OH HOLY SH*T. WE'RE DOOMED! Tesla cybertruck: Hey, wanna see the best ca- Every other competitor: NO.
The train is also stiffer than other vehicles. Less crumple results in a higher peak force because all the kinetic energy is given in a shorter period of time. That is also why the cyber truck did so well; it had very little crumple and was a thick boi.
I went straight to the results and saw "Pigeon" and thought, did you actually use an animal and how fast was the pigeon going to get such a high result?
Imagine just casually driving down the road and then you see a motorcycle driving itself and then hit a wall with a scale on it that says "1066 LB" (483 KG for those who aren't American) 😂
Dude I've gotta say, there are tons of ppl out there doing similar videos on beam.ng, but I love your commentary and the process you employ. I thoroughly enjoy your videos and am a grateful subscriber since I first stumbled on your channel. Please keep up the awesome work. ❤️👍
Imagine what that scale would show if you factored in the weight of those train engines pulling 40 loaded cars and hitting that wall at cruising speeds (55-60mph)
