2a553a CDC Volume 6
Comm/Nav CDC volume 6 UREs
- 1.
What is the basic element in computer microchips?
- A.
Aluminum
- B.
Plastic
- C.
Silver
- D.
Silicon
Correct Answer
D. SiliconExplanation
Silicon is the basic element in computer microchips. This is because silicon has unique electrical properties that make it an ideal material for creating transistors, which are the building blocks of microchips. Silicon is a semiconductor, meaning it can conduct electricity under certain conditions. It is abundant, relatively inexpensive, and can be easily processed into wafers, making it the preferred material for manufacturing microchips. Additionally, silicon has a high melting point and is chemically stable, which allows microchips to operate at high temperatures without degrading.Rate this question:
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- 2.
Chips with circuits that can do the work of all the different parts of a computer are called
- A.
Valves
- B.
Microprocessors
- C.
Circuit boards
- D.
Microchips
Correct Answer
B. MicroprocessorsExplanation
Microprocessors are chips with circuits that are capable of performing the functions of all the different parts of a computer. They are essentially the "brain" of a computer, responsible for executing instructions, performing calculations, and controlling the overall operation of the system. Microprocessors are commonly used in various electronic devices, including computers, smartphones, and tablets, due to their compact size and high processing power.Rate this question:
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- 3.
In the computer complex, what type of gate sends a pulse only when it receives a pulse at both its terminals?
- A.
OR
- B.
GO
- C.
NOR
- D.
AND
Correct Answer
D. ANDExplanation
AND gate is the correct answer because it is a logic gate that produces a high output only when both of its inputs are high. In other words, it sends a pulse only when it receives a pulse at both its terminals.Rate this question:
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- 4.
What is the heart of the entire computer complex data processing system?
- A.
Gate
- B.
Terminal
- C.
CPU
- D.
Transistor
Correct Answer
C. CPUExplanation
The CPU, or Central Processing Unit, is the heart of the entire computer complex data processing system. It is responsible for executing instructions and performing calculations, making it a crucial component in processing and managing data. The CPU acts as the brain of the computer, coordinating and controlling the various operations of the system. Without the CPU, the computer would not be able to perform any tasks or process any data, making it the central component in the data processing system.Rate this question:
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- 5.
What controls the speed of a computer's activities?
- A.
Input equipment
- B.
Output equipment
- C.
Clock
- D.
Timer
Correct Answer
C. ClockExplanation
The clock controls the speed of a computer's activities. The clock is an electronic component that generates a regular pulse or signal, known as clock cycles, which synchronize the operations of the computer's components. It determines the rate at which instructions are executed and data is processed. The clock speed is measured in hertz (Hz) and a higher clock speed generally results in faster processing and execution of tasks.Rate this question:
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- 6.
What part of a computer acts like a sophisticated switchboard operator?
- A.
Arithmetic unit
- B.
Memory
- C.
Control unit
- D.
Logic unit
Correct Answer
C. Control unitExplanation
The control unit in a computer acts like a sophisticated switchboard operator. It is responsible for coordinating and controlling the activities of other components in the computer. Similar to a switchboard operator, the control unit receives and interprets instructions from the memory, and then directs the flow of data and instructions to the appropriate components, such as the arithmetic unit and logic unit. It ensures that the instructions are executed in the correct sequence and coordinates the timing of operations. In this way, the control unit plays a crucial role in managing the overall operation of the computer system.Rate this question:
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- 7.
Where does the arithmetic/logic unit of a computer store the intermediate results of arithmetic operations?
- A.
Circuits
- B.
Registers
- C.
Memory
- D.
Buffers
Correct Answer
B. RegistersExplanation
The arithmetic/logic unit of a computer stores the intermediate results of arithmetic operations in registers. Registers are small, high-speed storage units located within the CPU. They are used to hold data that is being actively used or manipulated by the CPU. Since registers are located within the CPU itself, they allow for fast access and retrieval of data, making them ideal for storing intermediate results during arithmetic operations.Rate this question:
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- 8.
In the computer complex, primary memory that usually cannot be erased is called
- A.
Auxiliary
- B.
ROM
- C.
RAM
- D.
Secondary
Correct Answer
B. ROMExplanation
ROM stands for Read-Only Memory, which is a type of primary memory in a computer complex that cannot be erased or modified. It contains permanent instructions and data that are stored during manufacturing and cannot be changed by normal computer operations. ROM retains its contents even when the computer is powered off, making it non-volatile. This makes it ideal for storing firmware and other critical system information that needs to be accessed quickly and reliably. Therefore, ROM is the correct answer for the primary memory that usually cannot be erased in a computer complex.Rate this question:
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- 9.
Random access memory is used to
- A.
Store the results of computer calculations
- B.
Provides secondary memory access
- C.
Store computer operating information
- D.
Provide auxiliary storage capabilities
Correct Answer
A. Store the results of computer calculationsExplanation
Random access memory (RAM) is a type of computer memory that allows data to be read from and written to in any order, making it suitable for storing the results of computer calculations. Unlike other types of memory, RAM is volatile, meaning that its contents are lost when the computer is powered off. Therefore, it is commonly used to temporarily store data that needs to be quickly accessed and manipulated by the computer's processor during calculations or program execution. RAM provides fast and efficient storage for these results, allowing for efficient computation and data processing.Rate this question:
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- 10.
Auxiliary storage in a computer refers to
- A.
The size and capacity of storage
- B.
Data processed through the main storage
- C.
Specific storage locations
- D.
Memory stored outside the computer
Correct Answer
D. Memory stored outside the computerExplanation
Auxiliary storage in a computer refers to memory stored outside the computer. This means that it is additional storage that is not directly connected to the computer's main storage or memory. Auxiliary storage can include devices such as external hard drives, USB flash drives, and cloud storage services. These external storage options provide extra space for storing data that is not immediately needed by the computer's processor, allowing for the storage of large amounts of data that can be accessed when required.Rate this question:
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- 11.
How many pixels per horizontal line does a video graphics array computer monitor have?
- A.
800
- B.
320
- C.
640
- D.
480
Correct Answer
C. 640Explanation
A video graphics array (VGA) computer monitor typically has 640 pixels per horizontal line. This resolution is a standard for VGA monitors and provides a decent level of detail for most computer applications.Rate this question:
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- 12.
Using a text-based method to display characters and objects on a computer display refers to
- A.
Displaying information in the form of printed characters
- B.
The transformation of information from the CPU to the screen
- C.
Utilizing Windows-based programs
- D.
Displaying information in the form of individual dots
Correct Answer
A. Displaying information in the form of printed charactersExplanation
The correct answer is "displaying information in the form of printed characters." This is because using a text-based method means representing information on a computer display using characters that resemble printed text. This method is commonly used in command line interfaces and text editors where text is displayed as a series of characters rather than graphical objects or images.Rate this question:
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- 13.
Which function is supported by the avionics control unit complex?
- A.
Hydraulics
- B.
Power plant
- C.
Environmental controls
- D.
Weapons delivery
Correct Answer
D. Weapons deliveryExplanation
The avionics control unit complex supports the function of weapons delivery. This means that it is responsible for controlling and managing the delivery of weapons on the aircraft. It ensures that the weapons are deployed accurately and effectively, allowing the aircraft to engage targets and carry out its mission.Rate this question:
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- 14.
What functions doe the two non-central avionics control units perform?
- A.
Weapons delivery and engine
- B.
Environmental and egress
- C.
Terrain following and radar control
- D.
Navigation and critical
Correct Answer
C. Terrain following and radar controlExplanation
The two non-central avionics control units are responsible for terrain following and radar control. These functions are crucial for the safe navigation and operation of the aircraft. Terrain following ensures that the aircraft maintains a safe altitude above the ground, especially during low visibility conditions or when flying over uneven terrain. Radar control involves the management and operation of the aircraft's radar system, which is used for detecting and tracking other aircraft, as well as for navigation and situational awareness. These functions are essential for the overall performance and safety of the aircraft.Rate this question:
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- 15.
The avionics control units are not equipped with
- A.
A CPU
- B.
An input/output controller
- C.
A memory unit
- D.
A print controller
Correct Answer
D. A print controllerExplanation
The avionics control units do not have a print controller. A print controller is a device that manages the printing process, but it is not necessary for the functioning of avionics control units. These units are responsible for controlling and monitoring various electronic systems in an aircraft and do not require printing capabilities.Rate this question:
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- 16.
Each central avionics control unit can be loaded from the
- A.
Terrain following avionics control unit
- B.
Preprocessor avionics control unit
- C.
Central integrated test system
- D.
Mass storage device
Correct Answer
D. Mass storage deviceExplanation
The correct answer is mass storage device. Each central avionics control unit can be loaded from a mass storage device. This suggests that the avionics control unit can retrieve or access information from a storage device, such as a hard drive or memory card, which contains the necessary data or software required for its operation. This allows for flexibility and ease of updating or changing the information on the avionics control unit as needed.Rate this question:
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- 17.
Which avionics control unit performs trajectory impact calculations to determine the weapon release point?
- A.
Weapons delivery
- B.
General navigation
- C.
Critical data
- D.
Control and display
Correct Answer
A. Weapons deliveryExplanation
The avionics control unit responsible for performing trajectory impact calculations to determine the weapon release point is the Weapons delivery control unit. This unit is specifically designed to calculate and determine the optimal point for releasing weapons during an operation or mission. It takes into account various factors such as aircraft speed, altitude, target location, and other critical data to ensure accurate weapon delivery and maximum effectiveness.Rate this question:
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- 18.
If the critical data avionics control unit (ACU) is not available when one of the other ACUs fail, the ACU complex
- A.
Reprograms the general navigation ACU to perform the critical data ACU functions and the mission continues
- B.
Continues processing and the secondary mission is assumed
- C.
Powers off automatically and the mission is aborted
- D.
Continues processing the critical functions and the mission continues
Correct Answer
C. Powers off automatically and the mission is abortedExplanation
If the critical data avionics control unit (ACU) is not available when one of the other ACUs fail, the ACU complex powers off automatically and the mission is aborted. This means that without the critical data ACU, the system cannot continue processing the necessary functions to carry out the mission successfully, leading to an automatic shutdown and the termination of the mission.Rate this question:
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- 19.
The radar set is managed by the
- A.
General navigation avionics control unit
- B.
Weapons delivery ACU
- C.
Terrain following ACU
- D.
Critical data ACU
Correct Answer
C. Terrain following ACUExplanation
The correct answer is "terrain following ACU". The radar set is managed by the terrain following ACU, which suggests that this unit is responsible for controlling and operating the radar system. The terrain following ACU is specifically designed to provide accurate terrain mapping and navigation information to the aircraft, allowing it to fly at low altitudes and follow the contours of the terrain. This functionality is crucial for missions that require precise navigation and avoidance of obstacles, such as low-level flying or terrain-hugging maneuvers.Rate this question:
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- 20.
The radar data terminal operates in conjunction with the
- A.
Critical data ACU
- B.
General navigation ACU
- C.
Terrain following ACU
- D.
Weapons deliver ACU
Correct Answer
C. Terrain following ACUExplanation
The radar data terminal operates in conjunction with the terrain following ACU. This suggests that the radar data terminal is specifically designed to work together with the terrain following ACU, indicating that they have a close relationship and likely depend on each other for effective operation. This could mean that the radar data terminal provides data or information to the terrain following ACU, or that it receives and processes data from the terrain following ACU.Rate this question:
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- 21.
How many redundant data buses are used in each ACU complex?
- A.
7
- B.
6
- C.
4
- D.
2
Correct Answer
A. 7Explanation
In each ACU complex, there are 7 redundant data buses used.Rate this question:
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- 22.
Which data bus is part of the avionics multiplex data buses?
- A.
R2
- B.
R1
- C.
A
- D.
T
Correct Answer
C. AExplanation
The data bus that is part of the avionics multiplex data buses is A.Rate this question:
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- 23.
How many ACU complex data buses have ground support equipment connectors
- A.
6
- B.
7
- C.
2
- D.
4
Correct Answer
B. 7Explanation
The correct answer is 7. This means that there are 7 ACU complex data buses that have ground support equipment connectors.Rate this question:
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- 24.
What data buses are used in the ACU complex
- A.
1553B
- B.
232B
- C.
1553A
- D.
232C
Correct Answer
A. 1553BExplanation
The data buses used in the ACU complex are 1553B.Rate this question:
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- 25.
The data link terminals
- A.
Impedance matching and transformer coupling
- B.
Transformer coupling and data bus controlling
- C.
Impedance matching and external equipment connections
- D.
External equipment connections and data bus controlling
Correct Answer
A. Impedance matching and transformer couplingExplanation
The correct answer is impedance matching and transformer coupling. Impedance matching ensures that the input and output impedances of the data link terminals are matched, allowing for efficient transfer of signals. Transformer coupling is a method of connecting the terminals using transformers, which provide electrical isolation and allow for signal transmission between different impedance levels. This combination of impedance matching and transformer coupling ensures proper signal transmission and compatibility between the data link terminals.Rate this question:
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- 26.
What LRU provides bulk storage for programs and data base information to be transferred to and from the memories of each of the ACUs?
- A.
Mass storage device
- B.
Preprocessor avionics control unit
- C.
Data transfer set
- D.
Display electronics unit
Correct Answer
A. Mass storage deviceExplanation
The correct answer is "Mass storage device". A mass storage device is a type of storage that provides bulk storage for programs and database information to be transferred to and from the memories of each of the ACUs (Avionics Control Units). This device allows for the storage and retrieval of large amounts of data, making it suitable for storing programs and database information in an efficient and organized manner.Rate this question:
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- 27.
Whenever the mass storage device is initially loaded or reloaded, the
- A.
Display electronics unit provides the inputs
- B.
Avionics control units are automatically declared unloaded
- C.
Terrain following avionics control units must be loaded first
- D.
Offensive radar system must be recycled before operation
Correct Answer
B. Avionics control units are automatically declared unloadedExplanation
When the mass storage device is initially loaded or reloaded, the display electronics unit provides the inputs. As a result, the avionics control units are automatically declared unloaded. This means that the avionics control units are not operational or active until they are specifically loaded. Therefore, in order to ensure proper functioning of the avionics control units, they must be loaded first before any other systems or components can be activated.Rate this question:
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- 28.
How many data transfer sets are used in the ACU complex?
- A.
2
- B.
6
- C.
7
- D.
4
Correct Answer
A. 2Explanation
The ACU complex uses 2 data transfer sets.Rate this question:
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- 29.
What LRU is a backup for the mass storage device?
- A.
Data transfer set
- B.
Ground navigation avionics control unit
- C.
Display electronics unit
- D.
Radar signal processor
Correct Answer
A. Data transfer setExplanation
The LRU (Last-Resort Unit) is a backup for the mass storage device known as the Data Transfer Set. It is responsible for transferring data between different devices or systems. In case of a failure or malfunction of the primary mass storage device, the LRU can take over and ensure that data transfer operations can still be carried out effectively.Rate this question:
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- 30.
During load management mode 2, the powered data transfer set cavities are
- A.
4 and 1
- B.
3 and 4
- C.
1 and 2
- D.
2 and 3
Correct Answer
C. 1 and 2Explanation
During load management mode 2, the powered data transfer set cavities are 1 and 2.Rate this question:
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- 31.
What LRU controls the overall reading/writing of information on the data transfer set data cartridges?
- A.
Transmitter control
- B.
Radar data terminal
- C.
Electrical equipment mounting base
- D.
Mass storage device
Correct Answer
A. Transmitter controlExplanation
The correct answer is "Transmitter control." Transmitter control is responsible for managing the overall reading and writing of information on the data transfer set data cartridges. It controls the transmission and reception of data between the data cartridges and the system, ensuring efficient and accurate data transfer.Rate this question:
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- 32.
The controls and displays display electronics unit receives VIDEO and SYNC signals from the
- A.
Video recorder
- B.
Vertical situation display indicator display electronics unit
- C.
Controls and displays avionics control unit
- D.
Radar video signal processor
Correct Answer
D. Radar video signal processorExplanation
The controls and displays display electronics unit receives VIDEO and SYNC signals from the radar video signal processor.Rate this question:
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- 33.
The control and displays display electronics unit can load and update data to
- A.
10 display formats
- B.
20 display formats
- C.
60 display formats
- D.
40 display formats
Correct Answer
C. 60 display formatsExplanation
The control and displays display electronics unit is capable of loading and updating data to a total of 60 display formats. This means that it has the ability to handle and present information in various ways, providing flexibility and versatility in displaying data.Rate this question:
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- 34.
The controls and displays display electronics unit transfers data to avionics multiplex data bus
- A.
D
- B.
B
- C.
C
- D.
A
Correct Answer
C. CExplanation
The controls and displays display electronics unit transfers data to the avionics multiplex data bus. This means that the unit is responsible for sending information to the avionics multiplex data bus, which is a central communication system in the aircraft. By doing so, the unit allows for the exchange of data between different avionics systems and components, enabling proper operation and coordination of various functions in the aircraft.Rate this question:
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- 35.
The defensive system operator and offensive system operator integrated keyboard switch status is monitored by the
- A.
Radar signal processor
- B.
Display electronics unit
- C.
General navigation avionics control unit
- D.
Terrain following avionics control unit
Correct Answer
B. Display electronics unitExplanation
The display electronics unit is responsible for monitoring the integrated keyboard switch status of both the defensive system operator and the offensive system operator. This unit is likely connected to the radar signal processor, general navigation avionics control unit, and terrain following avionics control unit to receive and process the necessary information from these systems.Rate this question:
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- 36.
Which LRU allows the offensive system operator to select between multifunction displays?
- A.
Display electronics unit
- B.
Integrated keyboard
- C.
Controls and displays avionics control unit
- D.
Terrain following avionics control unit
Correct Answer
B. Integrated keyboardExplanation
The integrated keyboard allows the offensive system operator to select between multifunction displays.Rate this question:
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- 37.
The ENTER key on the integrated keyboard is lit when the
- A.
Display electronics unit is waiting for an input
- B.
Avionics operational flight program requires a direct command
- C.
Video recorder is being initialized
- D.
Display-formatting software requires a direct command
Correct Answer
B. Avionics operational flight program requires a direct commandExplanation
The correct answer is that the avionics operational flight program requires a direct command. This means that when the ENTER key on the integrated keyboard is lit, it indicates that the avionics operational flight program is waiting for a direct command from the user. This could be a specific instruction or input that is required to proceed with the program.Rate this question:
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- 38.
When in the display mode, pressing the NEXT switch on the integrated keyboard displays the next
- A.
Direct command
- B.
Action point
- C.
Parameter
- D.
Option set
Correct Answer
D. Option setExplanation
When in the display mode, pressing the NEXT switch on the integrated keyboard displays the option set. This means that pressing the NEXT switch will show a list of available options or choices that the user can select from. This allows the user to navigate through different settings or actions that can be performed in the display mode.Rate this question:
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- 39.
When used together, which LRUs back up the other control panels?
- A.
Controls and displays avionics control unit, and terrain following avionics control unit
- B.
Display electronics unit and terrain following avionics control unit
- C.
Integrated keyboard and display electronics unit
- D.
Integrated keyboard, and controls and displays avionics control unit
Correct Answer
C. Integrated keyboard and display electronics unitExplanation
When used together, the integrated keyboard and display electronics unit back up each other control panels. This means that if one of the control panels fails or malfunctions, the integrated keyboard and display electronics unit can take over its functions and ensure the continued operation of the system.Rate this question:
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- 40.
What type of signal can be simulated with the control panel backup feature for the integrated keyboard?
- A.
Continuous
- B.
Analog
- C.
Discrete
- D.
Digital
Correct Answer
D. DigitalExplanation
The control panel backup feature for the integrated keyboard can simulate a digital signal. This means that it can replicate a signal that has discrete values, typically represented as a series of 0s and 1s. Digital signals are commonly used in computer systems and electronic devices as they are more reliable and less susceptible to noise interference compared to analog signals. The control panel backup feature allows for the simulation of such digital signals, enabling testing and troubleshooting in various applications.Rate this question:
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- 41.
The movement of the tracking handle crosshair is controlled by the
- A.
High resolution map switch
- B.
Crosshair enable switch
- C.
Crosshair control
- D.
Real beam map switch
Correct Answer
C. Crosshair controlExplanation
The correct answer is "crosshair control" because it suggests that the movement of the tracking handle crosshair is controlled by a specific mechanism or feature called "crosshair control." This implies that there is a dedicated control system or function in place to manipulate the crosshair's movements, making it the most logical choice among the given options.Rate this question:
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- 42.
The real beam map switch on the tracking handle enables the
- A.
Radar set to generate a single frozen real beam map
- B.
Radar set to begin tracking the target in real beam mode
- C.
Crosshair tracking function during real beam map
- D.
Crosshair to be generated on the real beam map
Correct Answer
A. Radar set to generate a single frozen real beam mapExplanation
The real beam map switch on the tracking handle enables the radar set to generate a single frozen real beam map. This means that the radar set can capture and display a static image of the real beam map, allowing for detailed analysis and tracking of targets. This frozen real beam map can be used to track the target accurately and effectively.Rate this question:
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- 43.
What ranges are stepped through when you slide the real beam map switch on the tracking handle backwards?
- A.
10, 5, 2.5, 1.2, and 0.6
- B.
60, 30, 15, 10, and 5
- C.
160, 80, 40, 20, and 10
- D.
80, 60, 40, 20, and 10
Correct Answer
C. 160, 80, 40, 20, and 10Explanation
When you slide the real beam map switch on the tracking handle backwards, the ranges that are stepped through are 160, 80, 40, 20, and 10.Rate this question:
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- 44.
When the crosshair enable trigger switch on the tracking handle is released, the crosshair
- A.
Position is removed from the radar map
- B.
Position is entered into the navigation function
- C.
Position is rotated to match the radar map
- D.
Control switch is enabled
Correct Answer
B. Position is entered into the navigation functionExplanation
When the crosshair enable trigger switch on the tracking handle is released, the position of the crosshair is entered into the navigation function. This means that the coordinates of the crosshair's position are recorded and used for navigation purposes, such as determining the direction or route to follow. This information is likely to be used by the system to guide the user or provide relevant information based on the selected position on the radar map.Rate this question:
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- 45.
The offensive systems operator is provided with a video display of navigation, countermeasure, stores management system, and system management data by the
- A.
HSI
- B.
Multifunction display
- C.
Vertical situation display indicator
- D.
Radar target indicator
Correct Answer
B. Multifunction displayExplanation
The offensive systems operator is provided with a video display of various important data such as navigation, countermeasure, stores management system, and system management data. This display is known as the multifunction display. It allows the operator to access and monitor multiple functions and systems simultaneously, providing a comprehensive view of the offensive systems and their status. This helps the operator effectively manage and control the offensive systems during operations.Rate this question:
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- 46.
The data presented on the multifunction displays is controlled by the
- A.
Navigation/auxiliary control
- B.
Radar set control
- C.
Integrated keyboard
- D.
Bomb/navigation
Correct Answer
A. Navigation/auxiliary controlExplanation
The data presented on the multifunction displays is controlled by the navigation/auxiliary control. This control is responsible for managing and manipulating the information displayed on the multifunction displays. It allows the user to access different navigation functions and auxiliary features, such as radar settings and other integrated systems. The navigation/auxiliary control acts as a central hub for controlling and navigating through the various data options available on the multifunction displays.Rate this question:
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- 47.
If an unacknowledged subsystem message is available, how does the subsystem indicator appear on the multifunction display?
- A.
Reverse video
- B.
Steady
- C.
Normal video
- D.
Flashing
Correct Answer
A. Reverse videoExplanation
When an unacknowledged subsystem message is available, the subsystem indicator appears in reverse video on the multifunction display. This means that the indicator will be displayed with the colors inverted, usually with a dark background and light text. This visual cue helps to draw attention to the unacknowledged message and indicates that action needs to be taken to address the issue.Rate this question:
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- 48.
What type of test pattern apepars on the multifunction displays?
- A.
A simulated avionics control unit complex display
- B.
Vertical and horizontal lines of equal intensity
- C.
Twelve concentric circles, each in a different video intensity
- D.
Twelve blocks displayed in four levels of video intensity
Correct Answer
D. Twelve blocks displayed in four levels of video intensityExplanation
The correct answer is "Twelve blocks displayed in four levels of video intensity." This means that on the multifunction displays, there are twelve blocks that are shown, and each block is displayed in one of four different levels of video intensity. This test pattern helps to assess the functionality and performance of the displays by checking if all blocks are visible and if the video intensity levels are accurate.Rate this question:
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- 49.
Which control provides the offensive system operator with the ability to apply/remove power from the avionics control unit complex?
- A.
Radar set
- B.
Navigation/auxiliary
- C.
Central integrated test system control and display
- D.
Bomb/navigation
Correct Answer
B. Navigation/auxiliaryExplanation
The correct answer is Navigation/auxiliary. This control allows the offensive system operator to apply or remove power from the avionics control unit complex, giving them control over the navigation and auxiliary systems.Rate this question:
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- 50.
Which control is used by the offensive system operator to enable the electronic counter-countermeasures radar mode of operation?
- A.
Navigation/auxiliary
- B.
Radar set
- C.
Central integrated test system control and display
- D.
Bomb/navigation
Correct Answer
A. Navigation/auxiliaryExplanation
The offensive system operator uses the Navigation/auxiliary control to enable the electronic counter-countermeasures radar mode of operation. This control allows them to activate the necessary functions and settings to counter any countermeasures employed by the enemy. It is an essential component in ensuring the effectiveness of the radar system in detecting and tracking targets accurately.Rate this question:
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