Chemistry, asked by khushi9633772, 4 months ago

drawbacks of Rutherford model? ​

Answers

Answered by kochedaksh06
1

Answer:

Rutherford atomic model was the first step in the evolution of the modern atomic model. Ernest Rutherford was a keen scientist who worked to understand the distribution of electrons in an atom. He performed an experiment using alpha particles and gold foil and made the following observations:

Most of the alpha particles passed straight through the gold foil.

There was a deflection of the alpha particles by a small angle.

Very small amount of alpha particles rebounded.

Rutherford's Experiment

From his experiment, he came to the following conclusions:

Most of the space in an atom is empty.

The space occupied by the positive charges is very small.

The positive charges and mass of the atom were concentrated in a very small volume within an atom.

From these conclusions, he calculated that the radius of the nucleus is around 105 times less than that of the atom.

Rutherford Atomic Model

Rutherford developed a nuclear model of the atom on the basis of his experiment and observations. The Rutherford atomic model has the following features:

The centre of an atom is called the nucleus. It is positively charged and almost all mass of the atom resides in it.

Electrons spin around the nucleus in a circular path.

Comparatively, the size of the nucleus is smaller than the size of the atom.

Rutherford Atomic Model

Drawbacks of Rutherford Atomic Model

As before, the Rutherford atomic model was also challenged and questioned by many. Rutherford atomic model failed to explain about the stability of electrons in a circular path.

Answered by Anonymous
1

Explanation:

The drawback of Rutherford model is:

It can't explain the stability of an atom. As per the model, the orbital revolution of electrons around the nucleus is not stable as the revolving electrons in orbits will undergo acceleration and emit energy. This will result in loss of energy of electrons and they will ultimately fall into the nucleus.

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