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if you think about it at a 3rd grade level, then yes they are all the same. but if you actually think about it then the bowling ball lands first. the bags have much more air resistance then the bowling ball.

Edited by fly3rs18
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Yeah but they are the same weight, and in a bag so that takes all other variables out of the equation.

 

it depends. if it is a big trashbag with just feathers thrown in then the bowling ball absolutely lands first. if the bag is one of those suction ones and it compressed the feathers then there would be a lot less air resistance, and they two would be a lot closer

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Both sides are right because they don't understand each other.

 

V = V0 + at

 

The speed they fall (and therefore the time) are independent of the mass. In a vacuum, they land at the same instant. On earth, 12 lbs. of feathers will necessarily have a much larger surface area than the bowling ball, so air resistance becomes a factor. Of course, if you could compress the feathers, then it may as well be a vacuum.

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I don't see how a bag containing 50 pounds of feathers could be anywhere near the same size as a bag containing 50 pounds of bowling balls. I think in this case, physics will take over and the bowling balls would land first unless the bags were somehow a hard solid shape.

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Im sorry brah, but I saw an expirement where they all threw a bowlingball, bag of feathers and bag of eggs and it fell at the same time.

 

how big were the bags and how tightly packed were the bags? and just keep in mind that what you see isnt exact. the affect of air resistance on a small object over a small distance will make a difference, but most likely not enough for a person to notice just by looking at it. so in that experiment they may have all seemed to land at the same time, but if you were to increase the distance and the size of the objects then there would be a more noticeable difference in times because of air resistance.

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how big were the bags and how tightly packed were the bags? and just keep in mind that what you see isnt exact. the affect of air resistance on a small object over a small distance will make a difference, but most likely not enough for a person to notice just by looking at it. so in that experiment they may have all seemed to land at the same time, but if you were to increase the distance and the size of the objects then there would be a more noticeable difference in times because of air resistance.

tbf it was just like a trash bag, and thent he eggs were stored in like a small blue bag with holes.

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Nah, the feathers fall last because they have the most friction. In a perfect, frictionless world, they all fall the same. But not on Earth.

 

nice job reading the thread. you quoted the 6th post and said something that has been said multiple times in the thread

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