Describe how the electrons in Rutherford's atom must have behaved, and explain why this model could...

Describe how the electrons in Rutherford's atom must have behaved, and explain why this model could not have been possible.

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genius_generous answered 4 months ago

State the reason why Rutherford's Model of the atom failed to describe the observed behaviour of...

State the reason why Rutherford's Model of the atom failed to describe the observed behaviour of matter can u add pictures and words

7. Compare and contrast Rutherford's model of the atom with Bohr's original model of the atom...

7. Compare and contrast Rutherford's model of the atom with Bohr's original model of the atom (4 points). b) Compare and contrast Bohr's original model of the atom and the quantum mechanical model of the atom (4 points).

how many electrons in an atom could have these sets of quantum numbers?

How many electrons in an atom could have these sets of quantum numbers? n=2 --> number electrons = ? n=5, l=2 --> number electrons= ? n=7, l=1, ml=-1 --> number electrons= ?

How many electrons in an atom could have these sets of quantum numbers? n=3

How many electrons in an atom could have these sets of quantum numbers? (a) n=3 (b) n=4, l=2 (c) n=7, l=3, ml=-1

Explain how each of the following represented a failure of classical physics: 1) Rutherford's nuclear atom;...

Explain how each of the following represented a failure of classical physics: 1) Rutherford's nuclear atom; 2) the ultra-violet catastrophe; 3) the photoelectric effect; 4) atomic emission and absorption spectra.

How many valence electrons does the atom of V have?

a) Describe the Democritian model for the atom. b) Describe the Thomson model for the atom....

a) Describe the Democritian model for the atom. b) Describe the Thomson model for the atom. What experiment led to its formulation? c) Describe the Rutherford model for the atom. What experiment led to its formulation? d) Describe the Bohr atom. What experimental evidence led to its formulation?

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Describe how the electrons in Rutherford's atom must have behaved, and explain why this model could...

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