Question

What atomic model is in use today?

Answer 1

The Bohr model encapsulates the modern understanding of the atom in general. This model is frequently depicted in artwork as a central atomic nucleus with oval lines representing electron orbits. Orbitals are a common representation of these probabilities which are clouds of electron density. This will help you in answering this question.

Complete step-by-step solution:
However, we know that electrons do not behave in the same way that planets orbiting a central star do. Such particles can only be described by stating where they will most likely be most of the time. Orbitals, which are clouds of electron density, are a common representation of these probabilities. Simple spheres make up the lowest level orbitals. They take on more interesting shapes at higher levels, determining the geometry and strength of chemical bonds between atoms.
There is no analytical solution for these except for the Hydrogen Atom. We are able to make very accurate numerical approximations. Most computational models of chemical interactions, however, employ a variety of models described by the field of Molecular Orbital Theory. All of these are essentially attempting to approximate the forces between atoms by describing the shape of their electron clouds with a mathematical function that is very similar to what we believe electrons do in reality. When it comes to predicting chemical properties, these models are frequently very accurate. And they frequently miss the mark when it comes to accurately describing real chemical behavior.

Note: For many theoretical predictions, the general picture described by the Bohr Model is still correct and useful. It's fine to say "The Bohr Model" if your teacher only wants one answer. In reality, depending on the needs of the science being studied, many variations of this model are used.