A) High humidity B) Extreme wind C) Radioactive dust D) Electromagnetic pulse
A) Emergency Alert System B) Civil Defense Broadcast C) Federal Radio Network D) National Fallout Monitor
A) 125 B) 250 C) 500 D) 110
A) HEPA filter B) KAP C) KFM D) Manual bellows
A) 1–2 litres B) 15–20 litres C) 10–12 litres D) 4–8 litres
A) Cardboard, iron nails, and lead shielding B) Plastic bottles, copper wire, and tape C) Coffee can, gypsum board, fishing line, and aluminum foil D) Steel pipe, glass, and rubber seals
A) At least two weeks B) One week C) Three days D) One month
A) 200 mg B) 65 mg C) 50 mg D) 130 mg
A) Prevent skin burns B) Neutralize stomach acid C) Increase blood oxygen D) Protect the thyroid gland
A) Lead lining B) A metal box C) Thick polyethylene film D) A wooden cabinet
A) Two hours a day B) Six hours a day C) Four hours a day D) Eight hours a day
A) Burning the topsoil B) Applying chemical neutralizers C) Covering the area with plastic film D) Sweeping or washing fallout into shallow trenches
A) Essential containers and utensils B) Disposable plates only C) Standard ceramic dishware D) Large industrial vats
A) Three weeks B) Several months C) Two weeks D) One year
A) At two months B) At three days C) At one week D) At three weeks
A) Fine volcanic ash B) Granulated heavy metal C) Ground pumice D) Crystalline glass shards
A) Robert W. Blakeley B) Jay Swayze C) John F. Kennedy D) Steuart L. Pittman
A) 1967 B) 1970 C) 1956 D) 1961
A) The New York Times B) Life magazine C) Civil Defense Monthly D) Fortune magazine
A) Atomitat B) Project Greek Island C) Underground World Home D) Cheyenne Mountain Bunker
A) A civil defense conference B) 1964 New York World's Fair C) The opening of the Atomitat D) The 1962 Cold War Exposition
A) 1961 B) 1970 C) 1963 D) 1954
A) Contact with extreme heat B) Exposure to alpha particles C) Absorption of neutrons D) Impact with the atmosphere
A) Steuart L. Pittman B) Nelson Rockefeller C) Chet Holifield D) Robert W. Blakeley
A) 1970 B) 2017 C) 2026 D) 1962
A) 500 m2 B) 600 m2 C) 300 m2 D) 1000 m2
A) 1200 m2 B) 1000 m2 C) 600 m2 D) 800 m2
A) Austria B) Finland C) Switzerland D) Sweden
A) 80 meters B) 105.5 meters C) 45 meters D) 60 meters
A) 105.5 meters B) 95 meters C) 120 meters D) 60 meters
A) Up to 350 B) Up to 1,000 C) Up to 500 D) Up to 100
A) The UN B) The Ministry of Defense C) KONS D) UNESCO
A) Under St Petersburg B) Under Gola Plješevica mountain C) Near Konjic D) Near Kyiv
A) 20 tons B) 200 tons C) 100 tons D) 50 tons
A) 50-kiloton B) 20-kiloton C) 10-kiloton D) 100-kiloton
A) 2,000 B) 1,000 C) 500 D) 350
A) 30 days B) 90 days C) 60 days D) 10 days
A) 70% B) 30% C) 3% D) 81%
A) Five B) None C) Fifty D) Ten
A) 20-megaton B) 10-megaton C) 12-megaton D) 5-megaton
A) Sonnenberg Tunnel B) ROTOR radar bunker C) Pindar complex D) Central Government War Headquarters
A) 75% B) Over 85% C) 50% D) 100%
A) 100% B) 95% C) 114% D) 85%
A) The Swiss Federal Council B) Civil Defense Volunteers C) Royal Observer Corps D) The Pindar Committee
A) 150 metres B) 1 centimetre C) 9 centimetres D) 6 centimetres
A) 9 centimetres B) 1 centimetre C) 150 metres D) 6 centimetres
A) Plastic sheet B) Packed sand C) Lead lining D) Concrete slab
A) It loses its structural integrity. B) It develops a dangerous mold. C) It becomes extremely cold. D) It becomes dangerously hot.
A) Osmosis membranes. B) Ionizing radiation traps. C) HEPA-charcoal filters. D) NBC-filters.
A) More than 5 floors. B) More than 20 floors. C) More than 10 floors. D) At least 2 floors.
A) Converting large residential basements. B) Using road tunnels through mountains. C) Building deep bunkers under city parks. D) Using underwater naval silos.
A) A source of radioactive contamination. B) A heat conductor. C) A structural risk factor. D) A reasonably good thermal insulator.
A) Cresson Kearny. B) A Swiss engineer. C) Kearny the inventor. D) The architect of the first shelter.
A) It becomes highly volatile. B) It gets trapped in the ventilation flaps. C) It will probably pass through the shelter. D) It settles on the floor instantly.
A) A helium-4 nucleus B) A single proton C) A high-speed electron D) A photon of light
A) Neutrons B) High-energy protons C) Helium nuclei D) High-speed electrons
A) Only lead shielding B) Dark glasses C) Ordinary clothing D) Plastic bags
A) Alpha particles B) Gamma rays C) Neutron radiation D) Beta particles
A) Total mass per area B) The refractive index C) The electrical conductivity D) The color of the material
A) Identical in performance B) Modestly better if mass is equal C) Significantly better regardless of mass D) Much worse than concrete
A) Yes, they penetrate deeply B) Only if ingested C) Yes, but only in water D) No, most cannot
A) Structural collapse B) Beta radiation exposure C) Lack of oxygen D) Gamma ray penetration
A) Spray the topsoil with water B) Mix topsoil with subsoil C) Burn the topsoil D) Cover the topsoil with plastic
A) Saint Petersburg B) Moscow C) Colorado Springs D) Kyiv
A) Earth B) Farnham's Freehold C) Pulling Through D) A Canticle for Leibowitz
A) Tax shelter B) Human experimentation C) Military storage D) Government housing
A) 35 years B) 10 years C) 20 years D) 50 years
A) Space exploration B) Underground farming C) Living on mountaintops D) Survival in subway systems |