Comments by "MrSirhcsellor" (@MrSirhcsellor) on "Big Think" channel.

  1.  @Truthseeksyou  You’re not really understanding the physics of relative motion, with your counter argument of putting a person on top of the moving train rather than inside it. You’re making a false equivalence fallacy and then before anyone can respond to point out your error, you’re just declaring victory rather than listening. I mean...if all you’re here to do is argue and troll people, then that’s pretty sad...why you’d waste your time like that is beyond me, but you do you I guess. But if you’re serious about your question, why not listen and see if you’re perhaps making an error? I understand many here are being pretty rude and impatient, but you’re really not being very civil either, so can you really blame them? The trouble with your counter (and what some are trying to point out and help you with), is that the air outside the train is not moving relative to the train, it’s moving relative to the Earth, so of course there’s going to be a lot of drag force occurring there. This is a false equivalence, because it’s not representative of your question. Your original question was, how can a helicopter hover over a surface that’s moving at 1000 mph, then land back on the same spot after an hour? The answer is because of conservation of momentum and relative motion, everything is moving relative to Earth in that example, so it’s all maintaining the motions of the Earth. Relative motion is easily demonstrated, by simply testing motion, within a controlled inertial system of motion, like the inside of a moving vehicle, not outside (though it can be tested outside as well, you’re just introducing more drag force, because the air is no longer moving relative to your vehicle). Think about this way, if we’re trying to test a system that’s claiming everything is moving together in a relative system of motion, wouldn’t the best test for that be another system of motion, where everything is moving together relative to that system? The moment you decide to put the experiment outside, you’ve now takin away/changed a variable you’re trying to test and account for, the air is no longer moving with your system of motion, it’s not moving relative to it, so this example is now not representative of the model you’re trying to test. This creates a false equivalence, because the air on Earth is moving with the Earth, so it’s more accurate to compare Earth to the inside of a vehicle, not the outside. This is always a pretty frustrating topic to chat with flat Earthers about, because instead of listening and learning the lesson it teaches about the physics of motion, you create the same false equivalence, and completely miss the point...then you just declare victory before anyone has a chance to properly explain your error. Many of us aren’t trying to be difficult, you have a great physics question here, but you’re trying really hard to find ways to ignore the answer. Relative motion and the laws of conservation of inertia and momentum, are how the helicopter is able to hover in place, move with the surface, and then land back in the same spot. This physics is known, understood and used by scientists and engineers around the world, it’s a fundamental law of physics and it’s an applied science. It’s the same exact physics that explains why you can toss a ball back and forth inside a plane travelling at 500 mph and the ball will keep up with plane and glide through the air with absolute ease, as if you were throwing it around in a park, never once flying to the rear like a bullet. Earth’s motions are more comparable to the inside of the vehicle, not the outside. I hope that helps.
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  18.  @flawlesscarlo  "The 17,500 mph Apollo spacecraft couldn't "catch" the 500,000 mph moon. Even 10 seconds means the moon is 1300+ miles further in space.. but what do I know." Man, I'm tellin ya, you REALLY could benefit from learning some basic physics, this is a relative motion question, which is covered in the science of motion. Try this sometime, next time you're in a plane (or any fast moving vehicle really), make a little paper airplane and throw it around. As you do, you'll notice that it glides around the inside of that vehicle with absolute ease, as if you were throwing it around while in a park or something. But now focus on this for a second, lets say you are in a plane, at 500 mph cruising speed...are you throwing that paper airplane at 500 mph so that it can keep up with the forward motion of that plane? No, of course not, no human alive can throw an object that fast. Thankfully, you don't have too, because motion is always conserved in moving objects. Your paper airplane is moving relative to the planes forward motion, so it conserves that momentum at all times, making it easy to glide that plane around inside the cabin. Toss it back and forth in a game of catch with a friend...and it's basically the same physics as traveling to the Moon. Relative motion and conservation of momentum are what make this possible....basic physics of motion. A rocket going to the Moon is no different, it conserves the motions of the planet it left from...which is moving with the Sun at 500k mph. So the rocket is moving relative to Earths motions, meaning it's also moving relative to the Moon in that motion. First law of motion states, everything in motion stays in motion until acted upon by an apposing force or mass. It's conservation of momentum, it explains how "catching" the Moon is possible. It's just basic physics man....nothing complicated. You wouldn't have these questions if you just paid attention in highschool physics. Flat Earth wouldn't be taking you down these rabbit holes of misinformation...if you just knew and understood the science that directly refutes their claims. This is basic physics that anyone can learn and anyone can verify for themselves with just a few simple experiments. When you know this physics, you understand how space travel is possible. This same physics is used in applied sciences like engineering here on Earth...so it's verified science my friend. Your ignorance is just making it easier to be taken on a ride by con men.
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  50.  @alanbruno6155  Whoever said you stop rotating once you’re in space? You do know how an orbit works right? You are aware of the law of inertia and conservation of momentum, right? You’re still in motion in space, you don’t just slow down or stop once you’re there, because with nothing to stop you (like air resistance or friction), you’re just going to keep going at the same velocity, indefinitely...it’s part of the first law of motion, all things in motion stay in motion. Very simple physics to verify, agreed upon by everyone within science. You would keep going, you have to be, in order to remain in an orbit. Lose forward velocity, and the Earth’s gravity will bring you down. Passed physics with A’s...doesn’t seem to quite understand the laws of motion, or its difference with air pressure. Very suspect...almost like you don’t really understand much physics. Think of it this way. Pressure is created when molecules are pushed into each other...but what happens when every molecule is moving at the same exact velocity, in the same direction? Simple, they’re not pressing together, so they’re not creating any pressure. So if every molecule is moving at a constant rate, in the same direction together, at 66,000 mph, they’re not pressing into each other...so where’s the pressure? Why do you think we would feel anything? My guess is because you also misunderstood G force and how it works. G forces are a product of rapid or sudden CHANGES in motion. So again, if everything is moving consistently together...where’s the pressure? See, you’re saying you passed physics with good grades...but yet, here you are, completely misunderstanding one of the simplest laws of physics. I think your teacher might have been a dud. Might need a redo.
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