Respuesta :
Why are two balls connected by a spring a good model for two atoms connected by a chemical bond? (a) If the two atoms get farther apart than the equilibrium interatomic distance, they attract each other. (b) Each spring represents a real microscopic coiled metal wire that connects two adjacent atoms. If the two atoms get closer together than the equilibrium interatomic distance, they repel each other. (c) The magnitude of the force one atom exerts on another is proportional to the stretch or compression of the bond between them
Answer:
all the three options are correct
Explanation:
if the two atoms get closer together than the equilibrium inter atomic distance, they repel each other.
If the two atoms get farther apart than the equilibrium inter atomic distance, they attract each other.
The magnitude of the force one atom exerts on another is proportional to the stretch or compression of the bond between them
When the atoms are separated further, they encounter forces that oppose the separation and begin to migrate toward one other.
Atom
- When the atoms are separated further, they encounter forces that oppose the separation and begin to migrate toward one other.
- In nature, inverse relationships are widespread. In electrostatics, the electrical force between two charged objects is inversely proportional to the distance between them.
- The power of attraction or repulsion between items reduces as the separation distance between them increases.
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