When atoms are touching, the interaction is communicated through electromagnetic forces, primarily the repulsion between the negatively charged electron clouds of adjacent atoms. This repulsion prevents atoms from occupying the same space and creates a sense of "touch." Additionally, quantum mechanical principles, such as the uncertainty principle, play a role in defining the boundaries and interactions of atomic structures at very small scales.
If actually 'touching', I would think it was nuclear fusion. Two or more, sharing electrons would be an element or molecule, depending on the atoms.
In a solid, particles such as atoms or molecules are closely packed together, touching each other and arranged in a fixed, orderly structure. However, in a liquid, particles are still in close contact but are randomly arranged and can move past one another, allowing the liquid to flow. In contrast, gases have particles that are far apart and not touching each other, moving freely in random directions.
It influences it by touching it! It influences it by touching it!
The atoms are very close together.Atoms...As basic science will teach you, the hardness of every material is based on how its atoms are aligned - in a gas they can freely float, in a liquid they are touching but can move and in a solid they are compacted together.In Diamonds, the atoms are so closely packed together, so it is a very hard substance.It is important to remember that strength and hardness are two different things - a substance can be strong but incredibly soft. Don't confuse the two.
They are a type of motion sensor, as the movements of the cilia are communicated to the brain.
In computational chemistry software, the proximity of two atoms is typically communicated by specifying their distance from each other in angstroms (Å) or in fraction of the van der Waals radius of the atoms. This distance is used to determine whether the atoms are bonded or interacting in a certain way based on predefined criteria or force field parameters.
If actually 'touching', I would think it was nuclear fusion. Two or more, sharing electrons would be an element or molecule, depending on the atoms.
At a microscopic level, there is a small gap between atoms in material objects, so they are not physically touching in the traditional sense. However, at a macroscopic level, we perceive them to be touching due to the forces between atoms.
When two atoms come into contact, it is their electron clouds that interact. Electrons from each atom repel each other due to their negative charge, creating a repulsive force that prevents the atoms from physically touching.
You dont touch anything because of atoms Atoms have trouble touching if they touch they explode They can share electrons though but they dont touch
http://www.youtube.com/watch?v=psuRGfAaju4
Yes, you can touch matter, as it includes all physical substances that occupy space and have mass, such as solids, liquids, and gases. However, at the atomic level, what you're actually touching are the electromagnetic forces between atoms, rather than the atoms themselves. Your skin's atoms repel the atoms of the object you're touching due to these forces, giving you the sensation of touch. Thus, while you can physically interact with matter, the interaction is governed by fundamental forces at the microscopic level.
you measure the distance between the nuclei of 2 touching atoms then taking that distance and cutting it in half
how can communicated massage become concise
___ 6. Revocation of an offer made to the general public must be communicated in the same manner in which the offer was communicated.
The knowledges were often communicated encoded.
Socrates communicated in Greek.