If you drop two objects in a tube that has no air in it, they'll both land at the same time, and it doesn't matter what they weigh.
da one which is smaller in size . . .bcoz small objects r ready to reach da ground faster dan bigger objects . . newtons law . .
Shouldn't matter what they are, pound of feathers/pound of bricks sort of thing. Identical weights dropped from identical height under identical conditions...splat! Same time.
it dosent, because if you drop 2 objects at the same mass and weight from really high up then they will land at the same time. This is because the weight of the object doesnt matter, only the force of gravity.
No
What you mean is, "Disregarding air resistance, do objects fall at the same rate?" or something similar. In the absence of atmosphere, all objects free fall at the same rate. So if you drop a feather and a 10 lb weight from identical heights in perfect vacuum (or vacume depending on which spelling you prefer) they will land at the same time.
they fall at the same rate regardless of their mass Maryann Saba
they would each hit at precisly the same time because there is no gravity on the moon, therefore, nothing would bring down the objects according to weight.
it dosent, because if you drop 2 objects at the same mass and weight from really high up then they will land at the same time. This is because the weight of the object doesnt matter, only the force of gravity.
No
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.
They both will fall down at equal speed and will land equally. Test it: Drop a pencil and a rock from your house. They will fall equally. That would happen in a vacuum, however in our atmosphere falling objects encounter resistance from the air. Each object, depending upon shape and form will reach a terminal velocity. Objects that are more aerodynamic (smooth and of regular shape) will fall faster than rough and irregularly shaped objects of the same mass (weight.)
In a vacuum, they always land at the same time. In air, it's not so much the weight but the air resistance. If the shape and density are about the same, then the difference in weight doesn't make any difference.
They would land at the same time.
What you mean is, "Disregarding air resistance, do objects fall at the same rate?" or something similar. In the absence of atmosphere, all objects free fall at the same rate. So if you drop a feather and a 10 lb weight from identical heights in perfect vacuum (or vacume depending on which spelling you prefer) they will land at the same time.
In a vacuum all objects fall at the same rate. In air the shape and density of an object can effect its rate due to air resistance. However, a bowling ball and a basket ball would fall at virtually the same rate. A simple experiment: Get a pen and piece of paper. Hold them both out in front of you and drop them. Which lands first? Now crumple the paper up into a ball as tight as you can. Drop them both again. Did they both land at the same time? (Simple Answer) No, they don`t.
1 second, since all objects fall at 16 feet per second.
Russian flags were the first man made objects to land on the moon but the Klangers lived there for years apparently
You would not have any particular weight "on" the Kuiper belt because it is not an object you can land on. The Kuiper belt is a region of the solar system that contains a collection of icy objects. You could potentially land on some of these objects, but you weight on them would vary depending on their size and mass. Some are too small to have noticeable gravity. The most massive of them, Eris, has about 8.4% of Earth's gravity.
assuming wrapping them up allows us to neglect air resistance, both will land on the ground at the same time. The acceleration due to gravity is the same for all objects (9.8 m/s2) no matter their size and weight.