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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.
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 you touch an object, the atoms in your hand and the object interact through forces such as electromagnetism. These forces cause the atoms in your hand to push against the atoms in the object, resulting in movement. This movement is what we perceive as the sensation of touch.
This saying often refers to the idea that physical touch can create a deeper connection or reaction between two people. It suggests that touch can be a reciprocal action, where both parties are engaging in the physical connection.
No, electrostatic forces are non-contact forces that act between charged particles without physically touching.
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.