Part A Give the ground-state electron configurationfor silicon (). Express the complete electronconfiguration using superscripts where…
The following solution is suggested to handle the subject “Part A Give the ground-state electron configurationfor silicon (). Express the complete electronconfiguration using superscripts where…“. Let’s keep an eye on the content below!
Question “Part A Give the ground-state electron configurationfor silicon (). Express the complete electronconfiguration using superscripts where…”
electronconfiguration using superscripts where appropriate. For
example,the configuration for Li would be entered
as1s^22s^1.
configurationusing superscripts where appropriate. For example,
theconfiguration for Li would be entered as
1s^22s^1.
Answer
The problem is based upon the idea of electronic configuration of elements.
The electronic configuration is a representation of the distribution of electrons in an orbital. The electronic configuration represents the distribution of electrons in an orbital.
Electronic configuration refers to the distribution of electrons within the orbital shells or subshells. The order in which electrons are placed is determined by their principal quantum number. They follow Pauli’s Exclusion principle and Hund’s Rule when filling electrons into an orbital. Aufbau’s Principle is also used. Pauli’s Exclusion principle states that no two electrons can possess the same quantum number. Hund’s rule says that an electron can only occupy one orbital in a subshell with the same spin. Aufbau’s principle states that electrons are filled with increasing amounts of energy.
Part A
Si, the silicon atom, has 14 electrons. The electronic configuration of Silicon is
Part A
The copper atom contains 29 electrons. ‘s electronic configuration is .
Ans Part A
The ground state electronic configuration for Silicon is .
Part B
Ground state electronic configuration of is.
Conclusion
Above is the solution for “Part A Give the ground-state electron configurationfor silicon (). Express the complete electronconfiguration using superscripts where…“. We hope that you find a good answer and gain the knowledge about this topic of science.