Electromagnetic Jumps Quiz

Froggy Jumps

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Test your grasp of EM jumps and photon basics.

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José Antonio

Mexico

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Electromagnetic Jumps Quiz


Froggy Jumps Electromagnetic Jumps QuizOnline version Test your grasp of EM jumps and photon basics. by José Antonio 1 What is typically released when an electron moves to a higher energy level? a A phonon b A photon c A neutron 2 Which part of the EM spectrum has the highest energy per photon? a Gamma rays b Microwaves c Radio waves 3 What phenomenon describes electrons dropping to lower energy levels and emitting light? a Stimulated emission b Doppler effect c Spontaneous emission 4 What determines the color of the emitted photon in a jump? a Electron spin b Atom's mass c Energy difference between levels 5 Which process is used in lasers to amplify light? a Thermal radiation b Stimulated emission c Ionization 6 Which photon property is linked to the energy of a jump? a Frequency b Amplitude c Wavelength 7 What happens to an electron energy level when it absorbs a photon? a It stays the same b It moves to a higher level c It loses energy to ground state 8 Which term describes light that consists of a single wavelength? a White light b Monochromatic light c Polychromatic light 9 Which device uses transitions between energy levels to emit light? a LED b Transformer c Ammeter 10 What kind of spectrum is produced when atoms jump between levels? a Line spectrum b Blackbody spectrum c Continuous spectrum 11 What defines an electric field? a A field that only exists inside conductors. b The area where magnetic forces dominate. c The region around a charge where a test charge experiences force. 12 Direction of E around a positive point charge? a Along the magnetic field lines. b Radially inward toward the charge. c Radially outward from the charge. 13 What is the unit of electric field? a Newtons per Coulomb (N/C). b Coulomb per square meter (C/m^2). c Volt per meter (V/m). 14 Electric field of a point charge q at distance r is? a E = k q r in the tangential direction. b E = q / (k r^2) in the radial direction. c E = k q / r^2 in the radial direction. 15 If distance to a point charge doubles, E becomes? a The same as original. b One quarter of its original value. c Half of its original value. 16 Relation between electric field E and electric potential V? a E = dV/dx (positive gradient). b E = V * x (product). c E = - dV/dx (negative gradient of V). 17 What is true about field lines near a conductor surface? a They are perpendicular to the surface at equilibrium. b They disappear inside the conductor. c They run parallel to the surface. 18 Which principle allows calculating E from multiple charges? a Gauss's law only for single charges. b Superposition principle (vector sum). c Conservation of energy. 19 Which quantity is a vector? a Electric field E. b Electric charge q. c Electric potential V. 20 If a point charge q is doubled, the field at a fixed point distance r becomes? a Two times stronger. b Two times weaker. c Unchanged.

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Electromagnetic Jumps Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Electromagnetic Jumps QuizOnline version

by José Antonio

What is typically released when an electron moves to a higher energy level?

Which part of the EM spectrum has the highest energy per photon?

What phenomenon describes electrons dropping to lower energy levels and emitting light?

What determines the color of the emitted photon in a jump?

Which process is used in lasers to amplify light?

Which photon property is linked to the energy of a jump?

What happens to an electron energy level when it absorbs a photon?

Which term describes light that consists of a single wavelength?

Which device uses transitions between energy levels to emit light?

What kind of spectrum is produced when atoms jump between levels?

What defines an electric field?

Direction of E around a positive point charge?

What is the unit of electric field?

Electric field of a point charge q at distance r is?

If distance to a point charge doubles, E becomes?

Relation between electric field E and electric potential V?

What is true about field lines near a conductor surface?

Which principle allows calculating E from multiple charges?

Which quantity is a vector?

If a point charge q is doubled, the field at a fixed point distance r becomes?