Which Statement Describes A Major Drawback Of The Bohr Model That Caused Scientists To Replace It?It Worked Only For Helium And Larger Atoms.it Did Not Identify The Distance Between An Electron And The Nucleus.it Contradicted The Heisenberg Uncertainty Principle.it Stated That Spectral Lines Of Atoms Are Similar.

Best apk References website

Which Statement Describes A Major Drawback Of The Bohr Model That Caused Scientists To Replace It?It Worked Only For Helium And Larger Atoms.it Did Not Identify The Distance Between An Electron And The Nucleus.it Contradicted The Heisenberg Uncertainty Principle.it Stated That Spectral Lines Of Atoms Are Similar.. It worked only for helium and larger atoms. This is because the bohr model was.

Bohr's Atomic Model
Bohr's Atomic Model from www.worksheetsplanet.com

It did not identify the distance between an. The bohr model, while effective for hydrogen, was limited in scope by its inability to predict the spectra of multielectron atoms and contradicted the heisenberg uncertainty principle. Which statement describes a major drawback of the bohr model that caused scientists to replace it?

This Limitation Led To The.


It fails to explain the behavior of atoms with more than one electron, such as helium or carbon. Which statement describes a major drawback of the bohr model that caused scientists to replace it? This is because the bohr model was.

It Did Not Identify The Distance Between An.


What was the major drawback of the bohr model that caused scientists to replace it?. The bohr model did not identify the distance between an electron and the nucleus accurately, which is a major drawback. It did not identify the distance between an.

1 The Statement It Worked Only For Helium And Larger Atoms Describes A Major Drawback Of The Bohr Model That Caused Scientists To Replace It.


Which statement describes a major drawback of the bohr model that caused scientists to replace it? The major drawback of the bohr model is that it contradicted the heisenberg uncertainty principle by depicting electrons in fixed orbits. The bohr model, while effective for hydrogen, was limited in scope by its inability to predict the spectra of multielectron atoms and contradicted the heisenberg uncertainty principle.

Bohr’s Model Is Widely Used To Define The Structure And Stability Of Hydrogen Atoms.


This inaccuracy led to the replacement of the bohr model with. It worked only for helium and larger atoms. It worked only for helium and larger atoms.

Popular Post :