ur dada so buff he falls significantly faster than g
ur dada so buff he falls significantly faster than g
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The bowling ball isn’t falling to the earth faster. The higher perceived acceleration is due to the earth falling toward the bowling ball.
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Here’s a problem for y’all: how heavy does an object have to be to fall 10% faster than g? Just give an approximate answer.
10 4 Reply10% of the earths mass
7 0 ReplyOne tenth the mass of the earth?
2 0 Reply@WolfLink@sh.itjust.works and @theturtlemoves@hexbear.net are correct
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