You're kidding, right?
Yes and no. When Aristolte developed concepts of matter, energy, form, space etc he was approaching things from very different perspective. He meant subtly different things that Newton or Einstein meant by same words. Actually these words themselves often were badly translated from Greek into late Latin.
And he was the giant on whose shoulders later scientists stood. And in many disciplines!
OK, I missed your post #77. Except for air resistance (which is very minor) they both fall at the same rate. (Grade school physics experiment. Drop a penny and a ball from the roof of the school.)
OK, I missed your post #77. Except for air resistance (which is very minor) they both fall at the same rate. (Grade school physics experiment. Drop a penny and a ball from the roof of the school.)
Yes and no. (Actually, I was just saying what Aristotle said many years ago. Of course, he was not completely correct.)
You have to read ALL of my posts on this thread and those of "A. Pole". The correct answer is that heavier things can fall at greater, lesser, or the same rate as light objects, depending upon the situation. One way is by varying the upward force exerted by air as each object falls.