Bush Chook said:Except that size (not mass) also affects drag (ie, air resistance). That's why a sheet of paper will float slowly to the ground, whereas the same sheet of paper crumpled up will fall more quickly. Same mass, but different 'size', and hence drag acts differently on two objects of the same mass.
Good old Galileo.
I think buoyancy might not let you get to the centre or perhaps you would get crushed by the 3.6 million atmospheres from the 6000km column of air pushing down on you. Either way the "shocked look of surprise on the subjects face" would indeed be priceless silver :lol: perhaps like this over the top scene from total recall but in reversesilver said:Probly shoot out the other side and suffocate in space as all your bodily liquid boils away to infinity and beyond. Be a shocked look of surprise on your faces I'll bet.![]()
RM Outback said:Bush Chook said:Except that size (not mass) also affects drag (ie, air resistance). That's why a sheet of paper will float slowly to the ground, whereas the same sheet of paper crumpled up will fall more quickly. Same mass, but different 'size', and hence drag acts differently on two objects of the same mass.
Good old Galileo.
Take a house brick and a feather up 1000 feet or 10,000 feet and drop'em at the same time, they'll both hit the ground at the same time:/ Gravity doesn't discriminate the brick will drop and the feather will orientate itself virtually that results in it falling at the same speed to touch down at the same time. Mass is a proportion of size that no matter the size gravity is a constant equal is how I recall a science lesson from the best teacher who ever taught me.
Wishfull said:Might be wise to keep an eye on this system off the WA coast. Looks fairly intense.
https://www.prospectingaustralia.co...242022_resized_screenshot_20200523-231403.jpg
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