When accounting for air resistance, heavy objects do fall faster than light ones. They couldn’t test in a vacuum back then, they only knew how things work here in Earth’s atmosphere.
A similar size chunk of iron and coal would have done the experiment just fine. Any two objects of the same shape and size but significantly different densities.
If two objects have the same size and shape, the force applied by air resistance will be the same. However, if two objects have different mass, that same force will result in different acceleration.
Not really true, it’s definitely possible for a less dense object to fall faster than a denser one. A drop of water will fall faster than a parachute made of nylon, which will fast much faster than a glider plane made of metal.
When accounting for air resistance, heavy objects do fall faster than light ones. They couldn’t test in a vacuum back then, they only knew how things work here in Earth’s atmosphere.
A similar size chunk of iron and coal would have done the experiment just fine. Any two objects of the same shape and size but significantly different densities.
If two objects have the same size and shape, the force applied by air resistance will be the same. However, if two objects have different mass, that same force will result in different acceleration.
So change the shape, a long copper rod and clump of coal.
If you do that then they definitely won’t fall the same.
They could just drop an empty bs filled wine bottle.
Maybe fill it with mercury (but don’t drink it)
Nope, denser objects fall faster than less dense ones (through the air). Remember: A kilogram of feathers is just as heavy as a kilogram of lead.
I’ll still choose to be hit by the feathers.
Technically it’s objects with a higher mass-to-drag ratio, but most of the time it’s close enough
Not really true, it’s definitely possible for a less dense object to fall faster than a denser one. A drop of water will fall faster than a parachute made of nylon, which will fast much faster than a glider plane made of metal.