FEMA Test Answers
A. True B. False
A. 0.5 rem TEDE B. 1 rem TEDE C. 2 rem TEDE D. 5 rem TEDE
A. Open-window readings that significantly exceed closed-window readings at ground level; open-window readings are not significantly different than closed-window at 1 meter B. Open-window readings that significantly exceed closed-window readings at 1 meter C. Open window and closed window readings are not necessary for determining an appropriate location for an air sample D. The absence of a significant difference between open and closed-window readings at 1 meter and ground level
Sr-90 150 Bq/kg I-131 120 Bq/kg Cs-134 + Cs-137 1150 Bq/kg
Is the food permitted to be released into commerce?
A. Yes B. No
A. No additional dose B. An additional 2.5 rem C. The emergency worker dose limit minus 2.5 rem D. The full emergency worker dose limit without any subtraction
A. 16 mg B. 65 mg C. 130 mg D. 260 mg
A. ≥5 rem B. ≥10 rem C. ≥100 rem D. ≥500 rem
A. To identify samples and data collection according to their date, time, and place of collection B. To separate contaminated and noncontaminated areas C. To determine which groups of emergency workers are capable of collecting samples D. To measure the distance between one collection location to another
A. Local fuel melting B. Zircaloy-water reaction C. Direct Containment Heating (DCH) D. Gap release
Background count: 225 cpm Gross count: 125,768 cpm Sample time: 5 min Flow rate: 2.35 cfm Detector efficiency: 2.5% Collector efficiency: 99.9%
A. 6.8 x 10⁻³ microCi/cm³ B. 15.09 microCi/cm³ C. 6.8 x 10⁻¹¹ microCi/cm³ D. 6.8 x 10⁻⁶ microCi/cm³
A. Release rate B. Concentration C. Wind speed at ground level D. Stability class
A. 2.4 rem CEDE B. 24 rem CEDE C. .6 rem CEDE D. 6 rem CEDE
A. 65 mg B. 130 mg C. 260 mg D. KI is not recommended for a CDE thyroid dose of 10 rem
A. Desorption B. Deposited Materials C. Resuspended Materials D. Plume Shine
A. 28.19 m/sec B. 5.63 m/sec C. 337.89 m/sec D. 41.34 m/sec
A. Prevent deterministic health effects B. Prevent stochastic health effects C. Ensure that emergency workers receive a dose As Low As Reasonably Achievable (ALARA) D. Relocate the public to a safe location
A. Silver silica gel B. Silver alumina C. TEDE-impregnated charcoal D. Silver zeolite
A. Genetic disorders B. Pneumonia C. Brain damage to the unborn D. Thyroid disorders and cancers
A. 16 mg B. 65 mg C. 130 mg D. KI is not recommended for children under the age of 12
A. 2 mCi B. 200 mCi C. 2000 mCi D. 20000 mCi
A. Stability Class A B. Stability Class B C. Stability Class C D. Stability Class D
A. 1 day prior to exposure B. 3 to 4 hours prior to exposure C. 1 to 2 hours prior to exposure D. 6 hours after exposure
A. No additional dose B. The occupational worker dose limit minus 250 mrem C. The occupational worker dose limit minus 250 mrem and any dose received during the early phase D. The full occupational worker dose limit without any subtraction
A. Overpressurization B. Cladding C. Direct Containment Heating (DCH) D. Bypass
A. 1.39 x 10⁻⁴ mrem/pCi B. 1.39 x 10⁻⁶ mrem/pCi C. 19 mrem/pCi D. 1.9 mrem/pCi
A. Gray (Gy) B. Becquerel (Bq) C. Sievert (Sv) D. Curie (Ci)
A. Radiation levels B. Core temperature C. Water level D. Safety function status
A. 3 months B. 6 months, except for I-131 and Ru-103 C. 9 months D. 1 year, except for I-131 and Ru-103
A. Monthly B. Quarterly C. Semi-annually D. Annually
A. 1 km B. 3.5 km C. 5 km D. 17.5 km