Q1)) What do you infer from the figure on the left? 1) A violation of Hund's rule 2) a violation of Pauli's principle of exception. 3) Violation of the FPAO rule. 4) Correct power level chart 2p 2s 1s

Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter11: Quantum Mechanics: Model Systems And The Hydrogen Atom
Section: Chapter Questions
Problem 11.92E
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Q1)) What do you infer from the figure on the left?
1) A violation of Hund's rule
2) a violation of Pauli's principle of exception.
3) Violation of the FPAO rule.
4) Correct power level chart
2p
2s
1s
Q2))What do you infer from the figure on the left?
1) Hund's rule violation.
2) Violation of the Pauli Exception Principle.
3)Violation of a rule or e FPAO.
4) Correct power level diagram
2p
2s
1s
Q3)) Which of the following statements can be deduced from de Broglie's equation?
1) Waves behave like particles
2) each substance has its own wavelength
3) Most particles have d electrons.
4) All matter behaves like a particle
Q4)) Which of the following best describes Heisenberg's skepticism principle?
1) Light behaves like waves and particles.
2) The lower the wavelength, the higher its frequency.
3) It is impossible to know the particle's speed and location at the same time.
4) Body volume can be measured without changing its position.
Transcribed Image Text:Q1)) What do you infer from the figure on the left? 1) A violation of Hund's rule 2) a violation of Pauli's principle of exception. 3) Violation of the FPAO rule. 4) Correct power level chart 2p 2s 1s Q2))What do you infer from the figure on the left? 1) Hund's rule violation. 2) Violation of the Pauli Exception Principle. 3)Violation of a rule or e FPAO. 4) Correct power level diagram 2p 2s 1s Q3)) Which of the following statements can be deduced from de Broglie's equation? 1) Waves behave like particles 2) each substance has its own wavelength 3) Most particles have d electrons. 4) All matter behaves like a particle Q4)) Which of the following best describes Heisenberg's skepticism principle? 1) Light behaves like waves and particles. 2) The lower the wavelength, the higher its frequency. 3) It is impossible to know the particle's speed and location at the same time. 4) Body volume can be measured without changing its position.
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