Only in a vacuum. In air the air resistance will be slightly different on items of different shapes and therefore they will land at slightly different times
They wouldn't land at the same time. the rock will land first and quickly because a rock have bigger mass than a feather. A feather is very light, if you ever tried to drop it from some height you could see that it takes very long time to land and it might go away to another place too.
If there is no air, the same exact time. But because its on earth, the less dense and less aerodynamic one will land slightly after. Acceleration is about -9.8 meters per second every second
Because an object has to displace an equivalent volume to be able to sink. Say you dropped a brick into a bucket of water, brick and water cannot occupy the same space at the same time so for the brick to sink it has to "displace" or move a volume of water equal to the size of the brick. That's why when you get in the bath the water level rises - you have displaced a volume of water equal to the size of your body.
If you dropped them at the same time than they would land at the same time. Seperate/ at differing times would be the one you dropped first would land first ;)
To her surprise, the weights land at exactly the same time -Apex
The brick would land first, followed by the tennis ball, and then the maple leaf. This is because the brick has more mass and therefore greater gravitational force acting on it, causing it to fall faster than the lighter objects.
Yes they will
drop a brick and a feather at the same time.. u tell me
No
They would land at the same time.
They wouldn't land at the same time. the rock will land first and quickly because a rock have bigger mass than a feather. A feather is very light, if you ever tried to drop it from some height you could see that it takes very long time to land and it might go away to another place too.
If you drop them at the same time, they will land at the same time. Also the branch will move up as the weight is released and will oscillate depending on how heavy the objects were. Be carefull, you might fall from the sudden motion.
The law of gravity destines them both to land at the same time. Meaning they fall at the same speed. This of course is assuming that there is no other factors in play (wind, other objects, etc.)
Because gravity pulls at the same rate unless effected by other sources that cause friction.
Gravity pulls objects towards the Earth with the same acceleration regardless of their weight. Objects with more weight will experience a greater force due to gravity, but they will still fall at the same rate as objects with less weight. This is described by the principle of equivalence.
It depends if you thrown two balls at the same time they ill land at the same time if you don't then no
Galileo is said to have performed the experiment to demonstrate that objects of different weights fall at the same rate in the absence of air resistance. By dropping two different-sized balls from the same height, he aimed to disprove the common belief at the time that heavier objects fall faster than lighter ones.