A. Denial.
B. Detection.
C. Deception.
D. Destruction.
A. denial.
B. deception.
C. disruption.
D. destruction.
A. detection.
B. deception.
C. disruption.
D. destruction.
A. Denial.
B. Deception.
C. Disruption.
D. Destruction.
A. Electronic attack (EA).
B. Electronic support (ES).
C. Electronic protection (EP).
D. Electronic counter countermeasures (ECCM).
A. electronic attack (EA).
B. electronic support (ES).
C. electronic protection (EP).
D. electronic countermeasures (ECCM).
A. signal intelligence.
B. ballistic intelligence.
C. electronic intelligence.
D. communications intelligence.
A. electronic warfare, and military deception only.
B. electronic warfare, military deception, and operational security.
C. military deception, operational security, and psychological operations only.
D. electronic warfare, military deception, operational security, and psychological operations.
A. denial.
B. disruption.
C. physical attack.
D. support systems.
A. denial.
B. disruption.
C. physical attack.
D. support systems.
A. Airborne Warning and Control System (AWACS).
B. Joint Warning, Command and Control System (JWCCS).
C. Joint Surveillance, Target Attack Radar System (JSTARS).
D. Airborne Battlefield Command and Control Center (ABCCC).
A. acquisition, and antiaircraft artillery only.
B. acquisition, antiaircraft artillery, and surface-to-air (SAM) only.
C. acquisition and early warning/ground controlled intercept and SAM only.
D. acquisition, antiaircraft artillery, early warning/ground controlled intercept, and SAM.
A. SA–1.
B. SA–2.
C. SA–4.
D. SA–6.
A. Wild Weasel.
B. Cruise missile.
C. Anti-radiation missile.
D. Joint Surveillance, Target Attack Radar System.
A. Electronic attack.
B. Electronic support.
C. Electronic detection.
D. Electronic protection.
A. AGM–65.
B. AGM–88.
C. BDU–65.
D. BDU–88.
A. EA–6B.
B. EF–111.
C. F/A–18.
D. F–16CJ.
A. AGM–65.
B. AGM–88.
C. BDU–65.
D. BDU–88.
A. Standoff.
B. Directional.
C. Destruction.
D. Communications.
A. E–6B.
B. EF–111.
C. F–16CJ.
D. EC–130H.
A. imitative deception.
B. imitative reception.
C. simulative deception.
D. manipulative deception.
A. imitative deception.
B. imitative reception.
C. simulative deception.
D. manipulative deception.
A. electronic attack.
B. emissions control.
C. electromagnetic hardening.
D. electronic counter countermeasures.
A. emissions control.
B. electromagnetic hardening.
C. electromagnetic compatibility.
D. early warning frequency deconfliction.
A. electromagnetic pulse.
B. electromagnetic hardening.
C. electronic counter-countermeasures.
D. electromagnetic interference.
A. electronic attack.
B. electronic support.
C. electronic protection.
D. electronic management.
A. Crows.
B. Ferrets.
C. Sparks.
D. Ravens.
A. Pulse analyzer.
B. Cathode-ray tube.
C. Spectrum analyzer.
D. Panoramic receiver.
A. Oscilloscope.
B. Pulse analyzer.
C. Spectrum analyzer.
D. Panoramic receiver.
A. E–6B.
B. EC–130H.
C. KC–135R.
D. RC–135V/W.
A. Photo intelligence (PHOTINT).
B. Electronic intelligence (ELINT).
C. Human intelligence (HUMINT).
D. Communications intelligence (COMINT).
A. Pulse analyzer.
B. Direction finder.
C. Spectrum analyzer.
D. Panoramic receiver.
A. Echo.
B. Golf.
C. Charlie.
D. Foxtrot.
A. 30°.
B. 45°.
C. 90°.
D. 120°.
A. 24.72μ.
B. 18.54μ.
C. 12.36μ.
D. 6.18μ.
A. Modulator.
B. Master timer.
C. Power amplifier.
D. Waveform generator.
A. A scope.
B. B scope.
C. Range height.
D. Plan position.
A. azimuth.
B. elevation.
C. definition.
D. resolution.
A. wider the horizontal beamwidth (HBW), the poorer the resolution.
B. wider the vertical beamwidth (VBW), the greater the resolution.
C. narrower the HBW, the poorer the resolution.
D. narrower the VBW, the greater the resolution.
A. 45°.
B. 90°.
C. 180°.
D. 360°.
A. Antenna.
B. Signal processor.
C. Control indicator.
D. Receiver/amplifier.
A. relative location.
B. identification.
C. frequency.
D. amplitude.
A. Scope.
B. Signal processor.
C. Receiver/amplifier.
D. Interface control unit.
A. Frequency, reflection, refraction.
B. Absorption, reflection, refraction.
C. Frequency, absorption, refraction.
D. Absorption, frequency, reflection.
A. double the object’s absolute Kelvin temperature.
B. equal to the object’s absolute Kelvin temperature.
C. directly proportional to the fourth power of the object’s absolute temperature.
D. indirectly proportional to the fourth power of the object’s absolute temperature.
A. 0.5.
B. 0.8.
C. 1.0.
D. 1.2.
A. Photovoltaic.
B. Photographic.
C. Photoemissive.
D. Photoconductive.
A. 1 to 5 microns.
B. 6 to 10 microns.
C. 7 to 12 microns.
D. 10 to 15 microns.
A. have sharp contrasts.
B. exchange infrared energy.
C. with the same temperature.
D. with different temperatures.
A. Plume.
B. Engine.
C. Skin.
D. Engine afterburner.
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