its not possible, because gravity keeps it up.
Crumbs fall to the ground on Earth due to the force of gravity. When something is dropped or falls from a height, gravity pulls it downwards. Small, lightweight crumbs are easily affected by gravity and fall to the ground rather than staying suspended in the air.
It is called precipitation when raindrops fall to the earth.
When raindrops fall to the earth, it is called precipitation.
If you were close enough to the earth than yes, but you would never reach the ground, you would be burned up in the atmosphere. You would slowly drift closer as the earth is surrounded by gravity and it gets weaker the farther away you get from the earth.
Cloud droplets fall to Earth as precipitation when they grow large enough to overcome air resistance. This can happen when they coalesce into larger droplets or freeze into ice crystals. Gravity then pulls them down as rain, snow, sleet, or hail.
the earth's gravity
fall down on the earth or in the hands of a fielder
What do you mean? If I jump up, I fall back down - and I fall towards Earth.
In a sense they are continually falling to Earth, but they are so far away that the curve of their fall is big enough to follow the circumference of the Earth.
arcemesea principle
It will fall down, because gravity pulls it towards the core of the earth. If you don't know what the core of the earth is, it is a layer of the earth, which is made of melted metal. Understand?
They are put into orbit by shuttles and stay in orbit around the earth, like the moon. Since they are no longer affected by Earth's gravitational field, they will not naturally fall down to Earth.
"Fall of the face of the Earth", "don't let the sun go down on your wrath", and "Sunset or Sunrise".
Things fall in the direction that we call "down". BTW, "down" may point in different "absolute" directions.
hallogen
Because earth doesn't have a tip and gravity hold everything down.
It will fall fast if it is heavy and slow if it is light because the gravitional force is pulling it down to earth