Maxwell’s Equations: Concept Quiz

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Test your grasp of Maxwell’s equations

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Aaysha Zameer

India

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Maxwell’s Equations: Concept Quiz


Froggy Jumps Maxwell’s Equations: Concept QuizVersion en ligne Test your grasp of Maxwell’s equations par Aaysha Zameer 1 Which equation expresses that electric flux through a closed surface equals charge enclosed divided by epsilon0? a Gauss's Law b Ampere's Law c Faraday's Law 2 Which principle explains that a changing magnetic field induces an electric field? a Faraday's Law of Induction b Gauss's Law c Ampere's Law 3 What does Ampere-Maxwell Law add to Ampere's original law? a Displacement current term b Electric potential term c Magnetic monopoles 4 Which equation describes that magnetic field lines form closed loops in steady currents? a Faraday's Law b Gauss's Law c Ampere's Law (without displacement current) 5 What is the source term in Gauss's Law for electricity? a Magnetic field b Electric charge density c Electric field strength 6 Which equation relates the curl of E to the negative time rate of change of B? a Ampere-Maxwell Law b Faraday's Law c Gauss's Law 7 Which quantity is nonzero only when there is a time-varying electric field between conductors? a Magnetic monopole b Electric potential c Displacement current 8 Which law explains the generation of magnetic fields by electric currents and changing electric fields? a Gauss's Law b Faraday's Law c Ampere-Maxwell Law 9 What does Gauss's Law tell us about the net electric flux through a closed surface? a Proportional to surface area b Proportional to enclosed charge c Proportional to magnetic flux 10 Which set of equations unify electricity, magnetism, and light in vacuum? a Maxwell's Equations b Nernst Equations c Ohm's Law

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Maxwell’s Equations: Concept Quiz

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Maxwell’s Equations: Concept QuizVersion en ligne

par Aaysha Zameer

Which equation expresses that electric flux through a closed surface equals charge enclosed divided by epsilon0?

Which principle explains that a changing magnetic field induces an electric field?

What does Ampere-Maxwell Law add to Ampere's original law?

Which equation describes that magnetic field lines form closed loops in steady currents?

What is the source term in Gauss's Law for electricity?

Which equation relates the curl of E to the negative time rate of change of B?

Which quantity is nonzero only when there is a time-varying electric field between conductors?

Which law explains the generation of magnetic fields by electric currents and changing electric fields?

What does Gauss's Law tell us about the net electric flux through a closed surface?

Which set of equations unify electricity, magnetism, and light in vacuum?