Comments by "Mark Armage" (@markarmage3776) on "Veritasium" channel.

The pull is larger on the black ball, however, the acceleration caused by that pull is relatively the same, due to the mass of normal objects is far far far smaller than the mass of the planet. So it's not the same, people. It's almost the same. 2 objects clash at each other, the earth is pulling the ball, but the ball is also pulling the earth, so the heavier ball, the ball that has a higher mass, shall reach the surface first if you take into account how the earth is also being pulled towards the ball.
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Men of all field should pay attention to Oppenheimer. After all, he is the most widely respected Playboy of the modern world. Serial womanizer, respect.
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The accurate answer to that overly simplistic gun control test is that, that's not how statistics work. And furthermore, one who is actually smart will tell you "according to this data set, which I don't believe to be true, but it shows that..." Displaying that data regarding gun control is like asing a doctor whether mango juice cure cancer based on the number of people who drinks mango juice and do not have cancer versus the people who don't drink mango juice and have cancer, it's an overly simplified aka quite meaningless test.
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@flamingmonkays No, they're intentionally asking a dynamical physics question disguised as a mathematics question. You're going to need a better education, hombre.
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It could be horse racing, it could be motor racing, it could be mouse racing.
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@onebeets That's because you only took into account the Earth Gravitational field. What about the ball gravitational field? The ball is also pulling the Earth, it's just significantly smaller.
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