Bohr, Schrödinger, and Atomic Structure (HSC SSCE Chemistry): Quizzes
📚Quizzes
Practise the questions
10 questions from this quiz
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Practise the questions
10 questions from this quiz
What creates unique patterns in emission spectra?
What creates unique patterns in emission spectra?
Elements emitting light at specific wavelengths
What couldn't scientists explain about emission spectra by 1910?
What couldn't scientists explain about emission spectra by 1910?
Why elements produced lines at their wavelengths
In Bohr's model, what happens when electrons absorb energy?
In Bohr's model, what happens when electrons absorb energy?
They jump to orbits with larger radius
What did Bohr propose about electron energies in atoms?
What did Bohr propose about electron energies in atoms?
Only specific energy values are possible
For which atoms could Bohr's theory NOT give quantitative predictions?
For which atoms could Bohr's theory NOT give quantitative predictions?
Atoms with many electrons
What wave-like behaviour can electrons exhibit?
What wave-like behaviour can electrons exhibit?
Diffraction
What does the Schrödinger equation calculate?
What does the Schrödinger equation calculate?
Probability of finding electron at locations
What is an orbital in Schrödinger's theory?
What is an orbital in Schrödinger's theory?
Volume where electron is likely to be found
What did Schrödinger's theory successfully predict for multi-electron atoms?
What did Schrödinger's theory successfully predict for multi-electron atoms?
Sublevels within energy levels
What is quantum mechanics based on?
What is quantum mechanics based on?
Electrons as waves with quantised energy