Questions and Answers
A multifunction display (MFD) can be:
Which standby instruments are driven from the aircraft's pitot-static system?
Static pressure is fed:
The horizontal situation indicator (HSI) uses information derived from:
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The term 'glass cockpit' refers to:
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Basic air data instruments are:
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Three airborne parameters that can be used to assess aircraft position are:
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The instrument shown in Figure 1.27 is the:
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Engine parameters such as turbine speed are displayed on:
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The aircraft slip indicator is found in the:
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Where is the 'rising runway'?
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Under visual flight rules (VFR), the pilot's most important source of information concerning the aircraft's position and attitude is:
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The EFIS fitted to a large aircraft usually consists of:
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The instrument shown in Figure 1.28 is the:
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The instrument shown in Figure 1.29 is the:
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In a basic 'T' configuration of instruments:
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The flight director system receives information:
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EICAS (engine indicating and crew alerting system) provides the following information:
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The two sets of flight regulations that a pilot may fly by are:
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Secondary heading information is obtained from:
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A major advantage of EFIS is a reduction in:
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The term 'artificial horizon' is sometimes used to describe the indication produced by:
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Typical displays on an EHSI are:
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In a basic 'T' configuration of instruments:
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Operational faults in FMS can be detected by:
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Study Notes
Multifunction Display (MFD)
- MFD can be configured to display multiple types of information, enhancing situational awareness.
- Vital for integrating flight details for pilots.
Standby Instruments
- Instruments driven by the pitot-static system include the airspeed indicator, altimeter, and vertical speed indicator.
- These instruments are crucial for providing reliable altitude and velocity data.
Static Pressure
- Static pressure is utilized by the airspeed indicator, altimeter, and vertical speed indicator, ensuring accurate readings across different instruments.
Horizontal Situation Indicator (HSI)
- HSI derives its information primarily from the VOR (VHF Omnidirectional Range) receiver, assisting in navigation.
Glass Cockpit
- The term 'glass cockpit' signifies the use of LCD and CRT displays, reducing reliance on analog gauges and enhancing readability.
Basic Air Data Instruments
- Core instruments include airspeed indicator, altimeter, and vertical speed indicator, essential for flight operations and monitoring.
Assessing Aircraft Position
- Key parameters for assessing aircraft position are heading, airspeed, and altitude.
- Understanding these metrics is fundamental for navigation and safety.
Electronic Centralized Aircraft Monitor (ECAM)
- Engine parameters, such as turbine speed, are displayed on ECAM for effective monitoring of aircraft systems.
Electronic Attitude Direction Indicator (EADI)
- The EADI displays the aircraft's slip indicator and rising runway, providing critical flight path information.
Visual Flight Rules (VFR)
- Under VFR, pilots must rely heavily on visual cues from the cockpit window for position and attitude assessment.
Electronic Flight Instrument System (EFIS)
- EFIS in large aircraft typically comprises separate primary flight and navigation displays, enhancing data presentation for pilots.
Instrument Configuration
- In a 'T' configuration, the airspeed indicator (ASI) appears on the left and altimeter on the right, facilitating quick reference.
- The Advanced Flight Director System gathers information from both attitude gyro and altimeter for accurate guidance.
Engine Indicating and Crew Alerting System (EICAS)
- EICAS provides engine parameters and system warnings, crucial for flight safety monitoring.
Flight Regulations
- Pilots operate under two main sets of regulations: Visual Flight Rules (VFR) and Instrument Flight Rules (IFR), determining operational procedures.
Secondary Heading Information
- Secondary heading data is sourced from the compass, complementing gyro readings for navigation.
Advantages of Electronic Flight Instrument Systems
- A primary benefit of EFIS is the reduction in moving parts, which enhances reliability and decreases maintenance requirements.
Artificial Horizon
- The term 'artificial horizon' relates to the display provided by the attitude indicator, aiding pilots in understanding aircraft orientation.
Electronic Horizontal Situation Indicator (EHSI)
- Typical displays on EHSI include VOR, heading, and track, facilitating navigation.
Operational Faults in Flight Management System (FMS)
- FMS can detect operational faults by continuously comparing outputs, ensuring consistent system performance.
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Description
Test your knowledge on the fundamentals of aviation with this quiz from Chapter 1. Focus on multifunction displays and standby instruments as you answer multiple-choice questions. Perfect for aviation students looking to reinforce their understanding.
