Radiation Safety Quizzes Online & Trivia

A comprehensive database of radiation safety quizzes online, test your knowledge with radiation safety quiz questions. Our online radiation safety trivia quizzes can be adapted to suit your requirements for taking some of the top radiation safety quizzes.

You need to know how strong your knowledge is when it comes to radiation protection. Being exposed to low levels of radiation is okay as long as it will not be done often. There are some people, however, who may not realize that they are already being exposed to a lot of radiation. Exposure to more radiation can already cause some body discomfort like headaches, sickness, high fever, vomiting, and so much more.

Get to know through the quizzes if you understand how you can protect yourself from radiation. At the same time, learn more about the items and places that have a higher chance of being exposed to high levels of radiation. Radiation can sometimes be strong enough to cause mutation, which is not something that you would like to happen to you.

Related Topics

  • Genetic effects from ionizing radiation presents in who?
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  • Background radiation occurs from which of the following sources? (check all that apply)
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  • 500 RAD equals how many Gray?
    Radiation safety question from

  • What is the normal gestation time for an infant?

  • What are common signs of neonatal withdrawl?

  • IUGR refers to deviation and reduction in expected fetal growth    pattern. All IUGR infants are small for gestational age (SGA)

  • The conventional (British system) radiation unit for measuring patient dose is the:

  • What is the conventional (British system) radiation unit to express radiation intensity in air?

  • The unit of the SI system used to measure the ionization of dry air nby an x-ray beam is:

  • Terra / BTX uses X-rays to produce the desired X-ray diffraction pattern or X-ray fluorescence spectrum.  These X-rays are produced from:
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  • Radiation which has sufficient energy to remove electrons from atoms in materials through which the radiation passes is called ionizing radiation.  Examples of ionizing radiation include all but:
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  • The damaging effects of radiation depend not only on its intensity and duration, but also the type of radiation.  For instance, 1 millicurie of tritium a centimeter from the body poses a much different hazard than 1 millicurie of phosphorus-32 a centimeter from the body. Consequently, it is often preferable to measure radiation by describing the effect of that radiation on the materials through which it passes.  The units for biological effects of radiation are:
    Radiation safety question from