Match the model of the hydrogen atom with its description. The electron\'s orbit
ID: 820342 • Letter: M
Question
Match the model of the hydrogen atom with its description.
The electron's orbit around the nucleus, but these orbits are not stable. The electron's lose energy and crash into the nucleus.
The electrons are waves. They are stable in distinct, quantized energy levels.
The electrons are particles. They are stable in distinct, quantized energy levels.
The electron energy levels are stable and quantized, but the exact location of the electron is poorly defined.
The atom is a hard sphere that does not interact with photons.
The electrons are distinct particles with negative charge. The postive charge is spread out in an ill-defined area.
Dalton's Billiard Ball Model
Thompson's Plum Pudding Model
Rutherford's Nuclear Model
Bohr's Model
de Brogile's Model
Schrodinger's Model
123456The electron's orbit around the nucleus, but these orbits are not stable. The electron's lose energy and crash into the nucleus.
123456The electrons are waves. They are stable in distinct, quantized energy levels.
123456The electrons are particles. They are stable in distinct, quantized energy levels.
123456The electron energy levels are stable and quantized, but the exact location of the electron is poorly defined.
123456The atom is a hard sphere that does not interact with photons.
123456The electrons are distinct particles with negative charge. The postive charge is spread out in an ill-defined area.
1.Dalton's Billiard Ball Model
2.Thompson's Plum Pudding Model
3.Rutherford's Nuclear Model
4.Bohr's Model
5.de Brogile's Model
6.Schrodinger's Model
Explanation / Answer
3,5,4 ,6,2,1
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