Question 7 0 / 1 point Which principle or rule is violated by the following orbital diagram of an atom in its ground state? (↑↓ ↑ Zp 25 (11) Pauli exclusion principle Hund's rule Heisenberg uncertainty principle No rules or principles are violated by this orbital diagram. ☐ Building-up principle

Q: What particle represents the quantum nature of light energy?

A: Quantum theory describes both matter and light consist of tiny particles. These particles have…

Q: Why are the sublevels within a principal level split intodifferent energies for multi-electron atoms…

A: Why are the sublevels within a principal level split into different energies for multi-electron…

Q: How many orientations can an s orbital have about the nucleus?

A: ‘s’ orbital has spherical symmetry, so it is spherical in shape and along every axis same symmetry…

Q: For Bohr's planetary model of the Hydrogren atom, what is the him in which a Hydrogen atom will…

A: Bohr atomic model was given by Bohr scientist and it was the only atomic model which was basically…

Q: b) State two important quantum-mechanical concepts associated with the Bohr model of the atom.

A: Here we have to write two important quantum mechanical concepts associated with the Bohr's model of…

Q: Determine the element of lowest atomic number that contains a complete d subshell in the ground…

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Q: the bohrs model of the atom included the idea that

A: The bohrs model of the atom included the idea that :  1) The electron can have only certain…

Q: In the Bohr model, what happens when an electron makes a transition between orbits?

A: In the Bohr model, what happens when an electron makes a transition between orbits?

Q: Outline the basic features of the theory of atomic structure developed by Bohr and explain how it…

A: The postulates of Bohr's Model are :-  (1) An electron moves around the nucleus in a circular orbit.…

Q: Complete the sentence (spelling counts!). The element with the ground state electron configuration…

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Q: Determine the element of lowest atomic number that contains an f electron in the ground state.…

A: Electronic configuration: Electronic configuration can be define as the arrangement of electrons…

Q: How does a p orbital differ from an s orbital

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Q: Write the condensed ground-state electron configuration for the element Cl

A: In the halogen group, chlorine comes after the fluorine, chlorine is very reactive non-metal due to…

Q: Write the condensed ground-state electron configuration for the element Na

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Q: atomic orbital

A: azimuthal quantum number represent  type of  atomic orbital Explanation * Out of four quantum…

Q: Based on its position in the periodic table, write the condensed electron configuration for…

A: Condensed valence configuration: It contains two parts; core electrons (electrons in Noble gas) and…

Q: What happens when an electron in an atom makes transition between two orbits. ?

A: When an electron goes to a higher level from a lower level or vice versa is known as transition.

Q: The scientist who first proposed the order of electron distribution within subshells was Einstein…

A: Electrons within an atom are distributed in specific subshells following the Hund's rule.. It states…

Q: Which of the following is the correct electron configuration for a neutral germanium (Ge) atom?

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Q: the

A: Electronic configuration is filling of electron in orbital using hand's and aufubau principle.  Some…

Q: What is likely to have happened when an electron in an atom undergoes a transition from a lower…

A: the process of movements of electrons from either lower orbit to higher orbit or higher orbit to…

Q: Write the electron configurations for P and CI using both spdf notation and orbital boxdiagrams.…

A: The electron configurations of P and Cl using both spdf notation and orbital boxdiagrams has to be…

Q: what is the formula for number of radial nodes for any orbital?

A: Two types of nodes are found in an atomic orbital that is radial nodes and angular nodes. The radial…

Q: the quantum numbers of 17 electrons that are placed in an atom

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Q: What would be a possible quantum number set for the last electron added to N (nitrogen)?

A: Quantum numbers are those in which we tell us about location of electron in shell, subshell and…

Q: Which quantum number is responsible for the shape of an orbital ?

A: Schrodinger's wave equations gives three quantum numbers these are as follows- Principal quantum…

Q: Why are the sublevels within a principal level split into different energies for multielectron atoms…

A: Penetration describes the proximity of electrons in an orbital to the nucleus. This leads to the…

Q: Which quantum numbers are needed to define the subshell?

A: The quantum numbers are the set numbers that describe a particular electron present within an atom.…

Q: do orbitals represent a region of space?

A: Atomic orbitals prove the electron's wave nature around nucleus. It finds explanation under the…

Q: Explain why it is more difficult to ionize a fluorine atom than a boron atom.

A: Ionisation energy is the energy which is required to lon se a loosely bound electron from a gaseous…

Q: 14) Explain the Aufbau principle and provide the order of occupation of atomic orbitals with…

A: Aufbau principle is used to write electronic configuration of an atom within its subshell

Q: What is meant by saying that the energy of an electron is quantized?

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Q: Write down the FULL electron configuration for Aluminum ion in the ground state.

A: Electrons are filled in a different atomic orbital in an atom. According to the Aufbau rule, the…

Q: How is a 2s orbital different from a 1s orbital?

A: S-orbitals are spherical in shape. The given orbitals are 1s and 2s. Both these orbitals differ in…

Q: Based on the photoelectron spectrum, identify the unknown element and write its electron…

A: a) based on the given photo electron spectrum the predicted electronic configuration of the element…

Q: For germanium, write the full and shortened ground-state electron configurations.

A: For full electronic configuration we need to know the atomic number of Germanium. Then we need to…