Quantum Physics

Create an illustration depicting quantum physics concepts, including electrons, photons, wave-particle duality, and a cosmic background of stars and galaxies.

Explore Quantum Physics

Test your knowledge on quantum physics with this engaging quiz! Dive into the fascinating world of subatomic particles, wave-particle duality, and the principles that govern our universe.

Whether you're a student, educator, or just curious about the quantum realm, this quiz will challenge your understanding and provide insightful information.

  • 10 carefully crafted questions
  • Multiple choice and open-ended formats
  • Suitable for all levels of knowledge
10 Questions2 MinutesCreated by ChallengingWave321
What is an electronvolt?
Energy gained by an electron which is accelerated through a potential difference of one volt
Potential difference carried by one electron
Unit of force carried by one electron in an electric circuit
A quantum of energy due to an electromagnetic force
What are the base units for the Planck constant
Kgm^2s^-1
Kgms^-1
Nms^-2
Js^-1
What is the de Broglie wavelenth of a person of mass 70kg travelling at a velocity of 343ms^-1? (3sf)
2.76x10^-38 m
2.761x10^-38 km
6.45x10^-41 m
4.37x10^-38 m
A photon is accelerated through a p.d of 4800 V calculate the proton's final kinetic energy (J)?
7.68x10^-16 J
9.33x10^-16 j
3.00x10^22 J
5.81x10^-16 J
Define wave-particle duality
How did de Broglie explain electron diffraction?
What is the energy of photon with a frequency of 5.9x10^7 Hz?
Name two differences between the properties of photons and electrons
Which of these properties of photons and electrons is false?
Both electrons and photons can reach light speed in a vacuum
Electrons have mass, photons don't
Electrons have charge, photons don't
Electrons cannot travel at the speed of light in a vacuum, photons can
Why would neutrons be better to use than electrons when investigating matter?
They have no charge so wont be interfered with by electric circuits
They are easier to make
They can be fired faster than electrons so results are faster
They are larger so results are more easily observable
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