12th Grade Electronic Structure Quizzes, Questions & Answers

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Top Trending Electronic Structure Quizzes

MCQ Quiz On Introduction To Semiconductors

Prepare yourself for this MCQ quiz on introduction to semiconductors. Semiconductors are meant by substances with properties somewhere between them. ICs(integrated circuits) as well as discrete electronic components, such as...

Questions: 20 | Attempts: 2892 | Last updated: Mar 11, 2025

Sample Question
The term semiconductor arises from

Resistor-like properties of metal oxides.

Variable conductive properties of some materials.

The fact that electrons conduct better than holes.

Insulating properties of silicon and GaAs.

Diode Resistance And Electric Circuit Test! Quiz

A diode according to our physics class, is a semiconductor device that allows electric correct to pass in one direction while blocking its flow in the opposite direction. The ideal diode does not restrict the movement of the...

Questions: 20 | Attempts: 339 | Last updated: Apr 15, 2025

Sample Question
Which of the following statements is false for a Zener diode voltage rated as “VZ”?

Reverse breakdown occurs at VZ

Forward breakdown occurs at VZ

Zener diode is a heavily doped diode

Usually operates in reverse bias mode

+2 Physics Unit 9. Semiconductor Devices And Their Applications

Prepared by P.ILAIYARAJA M.Sc.,B.Ed., PG ASST IN PHYSICS , GHSS, PANCHANATHIKKULAM EAST, NAGAI DT. & www.Padasalai.Net

Questions: 15 | Attempts: 2180 | Last updated: Jul 4, 2025

Sample Question
The electrons in the atom of an element which determine its chemical and electrical properties are called

Valence electrons

Revolving electrons

Excess electrons

Active electrons

Recent Electronic Structure Quizzes

IB Chemistry HL: Atomic Structure and Electron Configurations

Explore the depths of chemical reactions and rate processes with this focused quiz on IB Chemistry HL Topic 12. This quiz is designed to assess your understanding of advanced chemical kinetics, essential for students aiming to...

Questions: 5 | Attempts: 10 | Last updated: Nov 10, 2025

Sample Question
Explain how evidence from first ionization energies across periods accounts for the existence of main energy levels and sub-levels in atoms.

Ionisation energy: The energy that is required (or given out) to overcome the attraction of the nuclear charge and remove an electron from a gaseous atom. Removing 1 electron results in a +1 charge. Main (or principal) energy levels, sub-levels and orbitals: The main energy levels, n are assigned whole number integers, n = 1, 2, 3, 4... . n = 1 represents the lowest energy level. Each main energy level contains n sub-levels and a total of n^2 orbitals. The magnitude of the ionisation energy will depend on the charge on the nucleus. The more electrons that have been removed from an atom, the greater the energy required to remove the next electron. When the successive electrons are all in the same energy level this is because of a reduction in the amount of electron-electron repulsion and hence the greater nuclear-electron attraction that results causes the remaining electrons to move closer to the nucleus.

The number of protons in the nucleus influences the ionisation energy.

Sub-levels and orbitals are primarily determined by the number of neutrons in an atom.

The atomic mass of an atom affects its sub-levels and orbitals.

IB Chemistry HL: Atomic Structure and Isotopes Quiz

Enhance your understanding of chemical reactions and principles in this IB Chemistry HL Topic 2 flashcard set. Focus on mastering complex topics and applying knowledge effectively, tailored for higher-level chemistry students.

Questions: 13 | Attempts: 10 | Last updated: Nov 10, 2025

Sample Question
State the position of protons, neutrons and electrons in the atom.

P+N in nucleus. Electrons orbiting in electron cloud surrounding nucleus.

P+N orbiting around the nucleus. Electrons clustered in the nucleus.

P in nucleus, N orbiting in electron cloud. Electrons distributed in the nucleus.

P in electron cloud, N in nucleus. Electrons orbiting in nucleus.