the forces of gravity pull the crumbs towards the earths core but in space the gravity is less so the pull force is not as great as the earths pull
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.
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.
Crumbs? Bread crumbs? Bread crumbs don't float. They are devoured by the hungry animals that happen to find them. How can you even compare those two words, crumbs and floating?
There is no fixed orientation in space, so the concept of "upside down" is relative. The Earth rotates on its axis, causing day and night, but there is no absolute "up" or "down" in space.
The Earth's gravity pulls objects towards its center, including you, causing you to feel a downward force. When you stand on the ground, it exerts an equal and opposite force upwards on you, keeping you from falling due to gravity. This balance of forces allows you to stay firmly on the ground.
because when you bite it is will drop and will fallo to the ground
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.
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.
Crumbs? Bread crumbs? Bread crumbs don't float. They are devoured by the hungry animals that happen to find them. How can you even compare those two words, crumbs and floating?
Gravity is the force that pulls objects down towards the center of the Earth. It is responsible for keeping our feet on the ground and objects from floating away into space.
There is no fixed orientation in space, so the concept of "upside down" is relative. The Earth rotates on its axis, causing day and night, but there is no absolute "up" or "down" in space.
Get in your space ship and fly down to earth
Hansel left bread crumbs in the forest.The cake was so good, only crumbs were left. He gave attention to his girlfriend in crumbs.
In a sense. In space, technically no object floats, but rather is in continuous free fall. Contrary to popular belief there is gravity in space; it is the may force acting on objects. Most space junk is in orbit around Earth, meaning that, while Earth's gravity continuously pulls it down, it is moving so fast laterally that it never hits the ground.
Objects float in space because there is no gravity to pull the objects down. While on earth there is gravity so it pulls the objects to the ground.
Space vehicles return to Earth by re-entering the atmosphere at a precise angle to slow down and land safely. For spacecraft like the Space Shuttle, they utilize heat shields to protect against the intense heat generated during re-entry. Parachutes are often used to slow down and guide the final descent for splashdown in the ocean or landing on solid ground.
In the beginning of the history of the solar system the Earth was bombarded frequently by asteroids. Now the frequency has diminished significantly but still many tons of "space rocks" fall into the Earth's atmosphere each year some of these hit the ground.