Atoms are made of an electrically positive nucleus and electrically negative electrons.
However, they are mainly empty space.
It is the nature of atomic structure that prevents you falling through the floor.
In simple terms, you could say the force is electrical repulsion by the outer electrons of the atoms in the person and in the floor.
However, the proper answer depends on "quantum theory".
The most important thing here is called the "Pauli Exclusion Principle".
Basically, electrons can't easily be "squashed together".
If you try to stand on water you'll probably fall through that.
So, there's something else that's important.
It is the "cohesive force" that holds stuff together.
At the level of atoms, that force is chemical bonding of various sorts.
Chemical bonds are based on electrical forces.
So, the answer to this question is "electrical force and the properties of electrons in atoms".
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The floor must exert a force equal to that of the force exerted on the desk from gravity. This force is called a "normal force"
it is lost by travelling through the floor:)
When a person (or any object) falls on a floor, the damage is usually caused by rapid deceleration. When the floor has more give, the object will decelerate more slowl Another Answer: Newton's first law of motion tells us that any object in motion tends to want to stay in motion, unless acted upon by an outside force. In the case of people falling, injuries occur from deceleration because not all parts of the body stop at once. The leading parts of the body, usually extremities, contact the floor first, followed by the core of the body, and then followed by the internal organs colliding with one another and against the outer structures. Energy left over from the falling motion is either turned into heat, or reflected back into the falling body, causing further injury as structures and organs get jostled around. When falling to a floor that has "give" to it, this means that the floor can flex when explosed to the energy of a falling body, and dissipate some of that energy, slow deceleration, and reducing the likelihood of injury. The amount of energy is determined by both the mass of the person falling, and the speed at which he or she is falling, so after a certain point, even a floor with "give" is not going to flex enough to avoid significant, likely fatal injury.
Friction. Gravity holds us to the floor, friction keeps us from slipping.
turns into vibration and heat energy.
Use mach bike when overing them.
gravity, the one that keeps you falling down. or the electromagnetic force which keeps you from falling through the floor.
Push it up.
no
That part of the kitchen upon which you walk
it prevents the air from escaping through so the room is not as cold
can i get money to help me replace my rotten kitchen floor. i am on disability.
By going to the stairs or falling through a pitfall trap. There is no AR code.
Omnipresent
A playful litter of wiggled puppies around the kitchen floor.
Staph and salmonella are commonly found on the kitchen floor. Salmonella is especially common, because of the likelihood of raw meat in the kitchen. An antibacterial kitchen spray such as Lysol is necessary to destroy kitchen bacteria.
does grant money cover falling flooring