A) Deliberate radiation poisoning or contamination using radioisotopes without nuclear weapons.
B) Cyber warfare targeting nuclear facility control systems.
C) The use of fusion weapons to create a blast wave.
D) The use of fission-based nuclear bombs to destroy large cities.

A) Yes, they were used in the Normandy landings.
B) Yes, they were used extensively during the Cold War.
C) Yes, they were deployed by Iraq during the 1980s.
D) No, there is no evidence of military deployment.

A) Conventional artillery.
B) Bio-chemical hazard materials.
C) Non-lethal deterrents.
D) Weapons of mass destruction (WMDs).

A) Edward Teller.
B) Ernest Lawrence.
C) A high-ranking official at the Hanford Site.
D) Alexander Litvinenko.

A) Salted bombs maximize radioisotope production in the blast area.
B) Salted bombs use chemical agents instead of radioactive materials.
C) Salted bombs are exclusively used for peaceful energy generation.
D) Salted bombs are designed to have zero radiation output.

A) The Soviet Union.
B) The United States.
C) China.
D) Israel.

A) To hide radioactive material from enemy forces.
B) To detect potential radiological warfare by the Germans during the Normandy landings.
C) To develop a weapon using tantalum-182.
D) To assist the Soviet Union in producing radioisotopes.

A) Polonium-210.
B) Tantalum-182.
C) Uranium-235.
D) Plutonium-239.

A) Production reactors were needed for plutonium and polonium-210 instead.
B) Public opinion strongly opposed radiological research.
C) The materials were too expensive to transport.
D) The US signed a treaty banning all reactor use.

A) June 6, 1944.
B) May 7, 1945.
C) August 6, 1945.
D) December 7, 1941.

A) United States, Soviet Union, Ba'athist Iraq, Israel, and China.
B) Only the United States and Soviet Union.
C) France, United Kingdom, and Canada.
D) Germany, Japan, and Italy.

A) The refusal of China to sign the treaty.
B) Disagreements over the prohibition of attacks on nuclear facilities.
C) The lack of funding for international inspectors.
D) The discovery of new nuclear delivery methods.

A) The Chernobyl reactor complex.
B) Hanford Site.
C) Oak Ridge National Laboratory.
D) Los Alamos National Laboratory.

A) Less radioactive dust
B) Increased atmospheric ozone depletion
C) A smaller explosive radius
D) More intense fallout

A) Sodium-23
B) Cobalt-60
C) Cobalt-59
D) Cobalt-58

A) Iron-59
B) Cobalt-61
C) Nickel-60
D) Cobalt-60

A) 8 times
B) 5 times
C) 15,000 times
D) 35 times

A) 35 times
B) 150 times
C) 5 times
D) 15,000 times

A) 150 times
B) 5 times
C) 35 times
D) 8 times

A) 1 year
B) 6 months
C) 5 years
D) 1 month

A) 35 times
B) 8 times
C) 150 times
D) 5 times

A) 5 times
B) 150 times
C) 35 times
D) 8 times

A) After about 5 years
B) After about 10 years
C) After about 100 years
D) After about 75 years

A) 15 hours
B) 1 year
C) 6 months
D) 75 years

A) A neutron bomb
B) An air burst weapon
C) A tactical fission device
D) A dirty bomb

A) Cleaning up contaminated urban areas
B) Reducing the total cost of energy
C) Spreading fear
D) Increasing the visibility of the perpetrator

A) Cesium
B) Plutonium
C) Polonium
D) Uranium

A) Al Kibar
B) Arak
C) Osiraq
D) Zaporizhzhia

A) It does not form useful isotopes
B) It disperses the radiation too quickly
C) It is too dense to become radioactive
D) It neutralizes neutrons instantly

A) Yasser Arafat
B) Roman Tsepov
C) All of these
D) Lecha Islamov

A) The creation of fusion energy
B) Massive military mobilization
C) Disinformation
D) International peace treaties

A) Zaporizhzhia
B) Osiraq
C) Arak
D) Al Kibar