Easa Mod 5 - Digital Techniques
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Blind Flight problems were overcome by the introduction of:
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Horizon Gyro
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Directional Gyro
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Both
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About This Quiz
This quiz, titled 'EASA MOD 5 - Digital Techniques', assesses knowledge in aviation technology, focusing on aircraft instrumentation like gyroscopes and flight instruments. It covers key aspects necessary for understanding and managing aircraft flight conditions.
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- 2.
Directional Gyro gives:
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Attitude information
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Distance information
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Heading Information
Correct Answer
A. Heading InformationExplanation
The Directional Gyro provides heading information. It is a navigation instrument that displays the aircraft's current heading, allowing the pilot to maintain the desired direction of flight. This information is crucial for navigation and maintaining the aircraft on the correct course.Rate this question:
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- 3.
Horizon Gyro gives:
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Altitude information
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Attitude information
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Heading Information.
Correct Answer
A. Attitude informationExplanation
The Horizon Gyro provides information about the aircraft's attitude, which refers to its orientation in relation to the horizon. This includes the aircraft's pitch (nose up or down), roll (banking left or right), and yaw (turning left or right). By providing attitude information, the Horizon Gyro helps pilots maintain proper control and stability of the aircraft during flight.Rate this question:
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- 4.
According to CAA requirement for the design of aircraft instrumentation 'Flight instruments'' should be:
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Grouped together
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Grouped symmetrically
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Identically positioned
Correct Answer
A. Grouped symmetricallyExplanation
The requirement for aircraft instrumentation, as stated by the CAA, is that the flight instruments should be grouped symmetrically. This means that the instruments should be arranged in a balanced and mirrored manner on the aircraft's instrument panel. This ensures that the pilot can easily locate and interpret the information provided by the instruments, as they are positioned in a consistent and logical manner. Having the instruments grouped symmetrically also helps in maintaining a sense of visual harmony and reducing the pilot's cognitive workload during flight operations.Rate this question:
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- 5.
Instruments that aid in controlling the in-flight attitude of the aircraft and gives a picture of the aircrafts flight condition are known as:
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Turn and Bank Indicator
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Direction Indicatior
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Flight instruments
Correct Answer
A. Flight instrumentsExplanation
Flight instruments are instruments that aid in controlling the in-flight attitude of the aircraft and give a picture of the aircraft's flight condition. These instruments provide crucial information to the pilot, such as airspeed, altitude, heading, and attitude. They help the pilot maintain control and stability during the flight by providing accurate and real-time data. Examples of flight instruments include the altimeter, airspeed indicator, attitude indicator, and heading indicator. These instruments are essential for safe and efficient flight operations.Rate this question:
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- 6.
The four basic T indicators are:
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Airspeed, Altimeter, Pitch & Roll Attitude and HSI
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HSI,Airpeed, Pitch & Roll Attitude and VSI
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HSI,VSI,RMI and ADI
Correct Answer
A. Airspeed, Altimeter, Pitch & Roll Attitude and HSIExplanation
The correct answer is Airspeed, Altimeter, Pitch & Roll Attitude and HSI. These four indicators are considered the basic T indicators in aviation. The airspeed indicator measures the speed of the aircraft through the air. The altimeter indicates the altitude or height above sea level. The pitch & roll attitude indicator shows the aircraft's pitch (nose up or down) and roll (banking left or right) attitudes. The HSI (Horizontal Situation Indicator) provides information on the aircraft's heading, course, and navigation data. These indicators are crucial for pilots to maintain control and navigate safely during flight.Rate this question:
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- 7.
Two Primary displays in the glass cockpit are called:
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EADI & EICAS
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EHSI & ECAM
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EADI & EHSI
Correct Answer
A. EADI & EHSIExplanation
The correct answer is EADI & EHSI. In a glass cockpit, the two primary displays are the Electronic Attitude Director Indicator (EADI) and the Electronic Horizontal Situation Indicator (EHSI). The EADI provides information about the aircraft's attitude, heading, and altitude, while the EHSI displays the aircraft's position in relation to its planned route and provides navigation information. These displays are essential for pilots to have situational awareness and effectively navigate the aircraft.Rate this question:
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- 8.
Electronic Attitude Director shows:
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Magnetic Heading
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Glide Scope and Localiser deviation
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Way points,Airports and navigation Aids
Correct Answer
A. Glide Scope and Localiser deviationExplanation
The Electronic Attitude Director shows the Glide Scope and Localiser deviation. This means that it displays the vertical and horizontal deviation of the aircraft from the desired glide path and localiser course during instrument approaches. This information is crucial for pilots to maintain proper alignment and descent during landing approaches, ensuring safe and accurate navigation.Rate this question:
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- 9.
EADI Display also shows:
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Warning messages and status messages
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Distance to Go
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Temperature
Correct Answer
A. Warning messages and status messagesExplanation
The EADI Display shows warning messages and status messages in addition to other information such as distance to go and temperature. This means that the display provides important notifications and updates regarding any potential issues or alerts that the user needs to be aware of. It ensures that the user is informed about the current status of the system and any potential warnings that may require attention. Additionally, the display also provides information about the remaining distance to the destination and the temperature, which can be useful for monitoring and planning purposes.Rate this question:
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- 10.
Electronic Horizontal Situation Indicator displays:
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Slip,Pitch Roll information
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ILS Steering Information
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Altitude Alert
Correct Answer
A. ILS Steering InformationExplanation
The Electronic Horizontal Situation Indicator (EHSI) displays ILS Steering Information. This means that the EHSI provides guidance and information related to the Instrument Landing System (ILS), which is a ground-based navigation aid used by pilots during the approach and landing phases of a flight. The ILS Steering Information displayed on the EHSI helps pilots accurately align the aircraft with the runway and maintain the correct glide slope for a safe landing.Rate this question:
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- 11.
Electronic Horizontal Situation Indicator displays
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Flight Director Information
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Aircraft's position and heading in relation to navigation
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Aircraft Attitude and Horizon.
Correct Answer
A. Aircraft's position and heading in relation to navigationExplanation
The Electronic Horizontal Situation Indicator (EHSI) is a display that provides various information to pilots. One of the key functions of the EHSI is to show the aircraft's position and heading in relation to navigation. This means that it displays the aircraft's current location and the direction it is heading in relation to the planned route or navigation aids. This information is crucial for pilots to maintain situational awareness and navigate accurately during flight. The EHSI may also display flight director information, which provides guidance for the pilot to follow a specific flight path, as well as the aircraft's attitude and horizon to assist with maintaining level flight.Rate this question:
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- 12.
EICAS
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Displays fault in the event of a fault condition
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Displays Pictures,diagrams of the system.
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Displays information on both displays in normal operation.
Correct Answer
A. Displays fault in the event of a fault conditionExplanation
EICAS stands for Engine Indicating and Crew Alerting System. It is an aircraft system that displays various information related to the engine and other systems. One of its functions is to display faults or abnormalities in the event of a fault condition. This helps the crew to quickly identify and address any issues that may arise during the flight. The other options mentioned, such as displaying pictures and diagrams of the system, or providing information in normal operation, are not the primary function of EICAS.Rate this question:
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- 13.
ECAM
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Displays Engine Data Continuously
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Has a lower screen that is blank
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Displays engine data in the event of a fault condition.
Correct Answer
A. Displays Engine Data ContinuouslyExplanation
The correct answer is "Displays Engine Data Continuously" because the acronym ECAM stands for Electronic Centralized Aircraft Monitor. This system is used in aircraft to continuously display and monitor engine data. It provides real-time information about the engine's performance, fuel consumption, temperatures, and other important parameters. The ECAM helps pilots to monitor the engine's health and make informed decisions during the flight.Rate this question:
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- 14.
Video signal processing to drive the displays are carried out by:
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Sigma Generator
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Signal Generator
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Symbol Generator
Correct Answer
A. Symbol GeneratorExplanation
The correct answer is Symbol Generator. Symbol Generator is responsible for processing the video signals to drive the displays. It generates symbols and graphics that are displayed on the screen. The Sigma Generator and Signal Generator are not specifically designed for video signal processing and may have different functions in the overall system.Rate this question:
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- 15.
In a large commericial aircraft, how many symbol generators are there:
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1
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2
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3
Correct Answer
A. 3Explanation
In a large commercial aircraft, there are typically three symbol generators. These symbol generators are responsible for generating various symbols and displays on the aircraft's instrument panels, such as the flight instruments, navigation systems, and other cockpit displays. Having three symbol generators allows for redundancy and ensures that if one were to fail, the other two can continue to provide the necessary information to the pilots.Rate this question:
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- 16.
Comparators are used to detect
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Difference in signals from two sources
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Difference in signals from two receivers
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Division of signals from two sources
Correct Answer
A. Difference in signals from two sourcesExplanation
Comparators are electronic devices used to compare two signals and determine the difference between them. They analyze the input signals and produce an output based on whether one signal is higher or lower than the other. Therefore, the correct answer is "Difference in signals from two sources" as comparators are specifically designed to detect and measure the variation between two input signals.Rate this question:
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- 17.
In the modern EFIS systems, failure of data signals are displayed on each EADI and EHSI by:
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Yellow Flag
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Red LED
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Green LED
Correct Answer
A. Yellow FlagExplanation
In the modern EFIS systems, failure of data signals are displayed on each EADI and EHSI by a yellow flag. This is a standard convention in aviation to indicate a caution or warning. The yellow flag serves as a visual indicator to the pilot that there is an issue with the data signals being received by the EFIS system. It alerts the pilot to the fact that there may be unreliable or inaccurate information being displayed on the instruments, allowing them to take appropriate action and rely on alternative sources of information if necessary.Rate this question:
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- 18.
A CRT contains how many electron guns?
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2
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3
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4
Correct Answer
A. 3Explanation
A CRT (Cathode Ray Tube) contains three electron guns. These guns are responsible for emitting and focusing electron beams onto the screen of the CRT. Each gun is dedicated to one of the primary colors: red, green, and blue. By combining these three colors, the CRT can produce a wide range of colors on the screen. Therefore, the correct answer is 3.Rate this question:
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- 19.
CRT electron guns contain colours
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Red, Amber, Green
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Red,Green,Blue
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Red, Amber, Blue
Correct Answer
A. Red,Green,BlueExplanation
The correct answer is Red, Green, Blue. CRT (Cathode Ray Tube) electron guns are used in old television and computer monitors to create images on the screen. These electron guns emit beams of electrons that hit phosphor dots on the screen, causing them to glow and create different colors. The combination of red, green, and blue phosphor dots allows for the creation of a wide range of colors on the screen. By varying the intensity of each electron beam, different colors can be produced, resulting in a full-color display.Rate this question:
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- 20.
Mixing the 3 electron guns colours will produce:
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Magenta, Cyan,Yellow & White
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Purple,Yellow,Blue & White
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Amber,White,Magenta & Green.
Correct Answer
A. Magenta, Cyan,Yellow & WhiteExplanation
Mixing the 3 electron guns colors will produce Magenta, Cyan, Yellow, and White. This is because Magenta is created by mixing Red and Blue, Cyan is created by mixing Green and Blue, Yellow is created by mixing Red and Green, and White is created by mixing all three primary colors together.Rate this question:
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- 21.
Two methods for painting information onto the screen?
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Paint
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Colours
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Raster and stroke
Correct Answer
A. Raster and strokeExplanation
The correct answer is raster and stroke. Raster is a method of painting information onto the screen by using a grid of pixels. It involves coloring each individual pixel to create an image or display text. Stroke, on the other hand, refers to the process of painting lines or outlines onto the screen. It involves defining the thickness, color, and style of the lines to create shapes or borders. Both raster and stroke are commonly used methods for painting information onto the screen in various applications and graphic design.Rate this question:
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- 22.
Flicker-free refeshing rate for stroke is?
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80 times a second
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90 times a second
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70 times a second
Correct Answer
A. 80 times a secondExplanation
The flicker-free refreshing rate for stroke is 80 times a second. This means that the screen refreshes or updates its image 80 times in one second, which helps to reduce or eliminate the flickering effect that can cause eye strain or discomfort. A higher refreshing rate is generally preferred as it provides smoother and more comfortable viewing experience.Rate this question:
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- 23.
Flicker-free refreshing rate for raster is:
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50 times per second
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40 times per second
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30 times per second
Correct Answer
A. 40 times per secondExplanation
The flicker-free refreshing rate for raster is 40 times per second. This means that the image on the screen is refreshed 40 times in a second, which helps to reduce or eliminate the flickering effect that can cause eye strain and discomfort. A higher refreshing rate ensures smoother motion and a more stable image on the screen, resulting in a better viewing experience for the user.Rate this question:
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Current Version
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Mar 21, 2023Quiz Edited by
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Dec 11, 2011Quiz Created by
Monster3011
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