YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
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YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
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Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#2Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#3Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#4Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#5Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#6Or, does this vehicle, after acceleration has completed, purport to continuously travel faster than the wind at an indefinite steady state?
Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#7If wind speeds a vehicle to some speed, and the vehicle has inertia, and the wind slows down somewhat, how is it surprising that the vehicle would go faster in the wind? Or, does this vehicle, after acceleration has completed, purport to continuously travel faster than the wind at an indefinite steady state?
That would break the laws of physics wouldn't it? Which is exactly why the professor took the bait.
Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#8If wind speeds a vehicle to some speed, and the vehicle has inertia, and the wind slows down somewhat, how is it surprising that the vehicle would go faster in the wind? Or, does this vehicle, after acceleration has completed, purport to continuously travel faster than the wind at an indefinite steady state?
> Or, does this vehicle, after acceleration has completed, purport to continuously travel faster than the wind at an indefinite steady state? That would break the laws of physics wouldn't it? Which is exactly why the professor took the bait.
Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#9Re: YouTuber Wins Crazy $10k Bet with Professor by 'Breaking' the Laws of Physics
#10If wind speeds a vehicle to some speed, and the vehicle has inertia, and the wind slows down somewhat, how is it surprising that the vehicle would go faster in the wind? Or, does this vehicle, after acceleration has completed, purport to continuously travel faster than the wind at an indefinite steady state?
Yes. The vehicle can go faster than the wind in steady state condition. Depending on efficiencies 'any' velocity is possible. It creates thrust by leveraging the different speeds of two media (air and ground). Also works as a boat with two propellers.