Rutherford knew that the electrons were outside the nucleus of an atom and they were equal in number to the "positiveness" of the nucleus. Rutherford randomly placed the negative electrons outside the nucleus.
Bohr's improvement of the Rutherford model was that Bohr placed the electrons in distinct energy levels as shown in the image attached below. This Bohr model matched the experimental data that Max Planck had determined from his work on the different energies of photons.
Quantum mechanics, Quantum physics, the theory of relativity, etc are the modern subjects that interests, astound, and confuse almost everybody. These topics form the basis of modern physics. However, the very first-time quantum theory was incorporated in Bohr’s Model of an atom or Bohr atomic model. Later this model became the predecessor of complete quantum mechanical models.
Answers & Comments
Rutherford knew that the electrons were outside the nucleus of an atom and they were equal in number to the "positiveness" of the nucleus. Rutherford randomly placed the negative electrons outside the nucleus.
Bohr's improvement of the Rutherford model was that Bohr placed the electrons in distinct energy levels as shown in the image attached below. This Bohr model matched the experimental data that Max Planck had determined from his work on the different energies of photons.
Answer:
Hi didi Gud evening
You are so cute and sweet
Please follow
Me didi
Explanation:
Quantum mechanics, Quantum physics, the theory of relativity, etc are the modern subjects that interests, astound, and confuse almost everybody. These topics form the basis of modern physics. However, the very first-time quantum theory was incorporated in Bohr’s Model of an atom or Bohr atomic model. Later this model became the predecessor of complete quantum mechanical models.
Please mark me as brainlieast and follow