What did bohr's model of the atom include that rutherford's model did not have?

The Bohr atomic model can explain the spectrum of hydrogen atoms and electrons circulate the nucleus on a particular path when compared to the Rutherford atomic model

Rutherford scientists experimented with firing alpha rays on a thin gold plate. From this experiment, it was found that:

1. Most alpha rays are passed through the gold plate, so it is concluded that most of the space in the atom has space

2. A small number of alpha particles deflected show there are positively charged particles inside the atom

(at this time these particles are called protons located in the atomic nucleus)

From here comes the Rutherford atomic model which states that the initiate consists of positively charged particles and negatively charged electrons around the nucleus.

The main weakness of this atomic model is that Rutherford cannot explain why negatively charged electrons are not attracted to the nucleus of an atom that has positively charged particles

This weakness can be explained by the Bohr atomic model, where electrons circulate the nucleus on a particular path so that electrons are not attracted to the nucleus. This path is called an electron shell or energy level, where the path closest to the nucleus has the lowest energy

Although this atomic model has a disadvantage in describing the trajectory of electrons for atoms that have more electrons (can only predict Hydrogen atoms) and he shows  the trajectory of  electrons in the form of an ellipse but in the form of a circle

Both of these models are now refined with the atomic theory of quantum mechanics

So the Bohr atomic model can explain the spectrum of hydrogen atoms (energy absorbed/emitted during electron transitions) whether it is absorption or emission of energy when compared to the Rutherford atomic model

the main difference between the Bohr model of the atom and the rutherford model.

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The equation between Bohr and Rutherford models

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the hypothesis of Thomson's atomic model

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Keywords: atomic model, Rutherford, Bohr, atoms, protons, alpha rays, electrons, atomic skin, energy, absorption, energy emission