GTS Mod 10 Specific

What is the underlying or fundamental cause of a problem known as?

Which type of fault is characterized by symptoms being present at all times?

What kind of fault is difficult to isolate because it may not show symptoms at the time of checking?

If a gas turbine engine is not producing enough power, what would be considered the cause of this issue?

What is a symptom in relation to a fault?

Why are intermittent faults often difficult to isolate?

What does 'fault finding' in aircraft systems refer to?

What is the significance of knowledge of the system in fault detection?

What is the definition of 'fault isolation' in aircraft systems?

How is 'fault rectification' related to fault finding?

What does a 'fault' in an aircraft system signify?

What is the purpose of 'troubleshooting' in aircraft systems?

What is an example of an intermittent fault?

What characterizes random faults?

What is a prerequisite for effective fault finding?

Why are random faults considered the most difficult to isolate?

What percentage of time is typically spent on identifying a fault?

Why are skills like operating the system and using support equipment important for effective fault finding?

In the half-split fault finding process, what is the next step after one of the halves identifies the fault?

In the linear system described in Figure 5, at which point is it logical to assume the fault occurs before if there is no output at point 'B'?

What component would be considered at fault if there is no output at point 1 in the linear system?

Which step follows after splitting the system into two halves according to the half-split fault finding process?

If there is no output at point 'D' in the linear system, where should the next check be made according to the half-split rule?

What should be assumed if there is no output at point 'B' and then no output at point 1 in the linear system?

Which component would be inferred as faulty if there is no output at component 'D' and then no output at component 'A'?

What type of fault may occur in flight but be absent on the ground?

Which type of fault is a combination of 'hard' and 'soft' faults and is considered the most difficult to isolate?

Why are skills like understanding how a system operates important for effective fault finding?

What is a key prerequisite for effective fault finding that allows technicians to use technical publications?

Which type of fault is characterized by not following a set pattern and can be present sometimes and absent at other times?

Which of the following is NOT a prerequisite for effective fault finding?

Which of the following is NOT a step in the half-split fault finding process?

Which of the following is NOT a type of fault?

Which of the following is NOT a factor that affects fault finding?

Which of the following is NOT an element of a simple system?

Which of the following is NOT a way to gather data for analysis as part of the fault finding process?

What is the first step in confirming that a fault exists in a system?

What is an essential prerequisite for successful and safe fault finding?

What is required to differentiate between normal and abnormal system operation?

What is the purpose of operating a system during fault finding?

What is the role of technical publications in fault finding?

What is the significance of system knowledge in fault detection?

What can be saved through preventing unnecessary use of spares, personnel, and facilities in fault finding?

What is the primary benefit of adopting a systematic approach to fault finding?

When referring to 'fault rectification' in the fault finding process, what type of actions may be taken?

Why is knowledge of the system essential for technicians during fault finding?

In fault finding, what does 'troubleshooting' emphasize?

What does 'fault isolation' specifically refer to in the context of fault finding?

What makes random faults the most difficult to isolate?

Why is knowledge of system operation and use of support equipment essential for effective fault finding?

What is significant about the skills required in fault finding due to strict time constraints?

Why are random faults considered a unique challenge in fault finding?

What aspect of random faults makes them different from other types of faults?

How do random faults differ from intermittent faults?

Which of the following is NOT a factor that can affect the fault finding process?

What is the impact of extreme temperatures and pressures on technical equipment?

What is the role of temperature-sensitive equipment in the fault finding process?

Which of the following is NOT a factor to consider when evaluating the working environment?

What is the purpose of Test and Measuring Equipment (T&ME) in the fault finding process?

What is the impact of the working environment on the efficiency and effectiveness of the fault finding task?

What is the term that denotes changes inserted into a system, which activates or modifies a process?

What is a set of interrelated tasks that transform inputs into outputs in a system?

What is the term denoting changes which exit a system and activate or modify a process?

What type of feedback aids the input in a system?

What is the term used to describe the point where the feedback and input combine in a system?

What type of system is illustrated in Figure 2, which consists of inputs, a process, and an output?

What is the primary function of a system in an aircraft?

What happens if a component is removed from a system?

What is the role of communication in fault finding?

What is a system hierarchy?

What is the importance of understanding the team's goal in fault finding activities?

What is an example of a system in an aircraft?

What is a system interface in the context of complex aircraft systems?

What is required to ensure valid test results when using ground support or test and measuring equipment?

What is the significance of system boundaries in complex aircraft systems?

What is an example of a system interface in a flight control system?

What can cause a system fault in complex aircraft systems?

What is required for effective fault finding in complex aircraft systems?

What is the primary difference between hard faults and intermittent faults?

In fault finding, what type of fault is characterized by symptoms that may not be visible during checks due to the system working to specifications at that time?

Why are intermittent faults often difficult to isolate?

What is the most likely course of action when dealing with an intermittent fault that is not currently manifesting symptoms?

Which type of fault is considered the easiest to isolate because its symptoms are present at all times?

What distinguishes a random fault from other types of faults?

What is the primary human sense used in fault detection?

What percentage of faults can be detected visually through observation?

Which sense is commonly used to detect an abnormal noise in a fault detection process?

What is an example of a fault symptom that may be detected by the aural sense?

What is the role of the aural sense in fault detection?

What is the percentage of learning achieved through sight, according to statistics?

What is an effective fault finding technique that can be used to isolate faults?

Which of the following senses can be useful in identifying faults in aircraft systems?

What is an example of a fault that may not be immediately visible but can be detected using the sense of smell?

What is one way to duplicate a fault in aircraft maintenance documentation (AMD)?

What is the importance of using a combination of tools and techniques in fault finding?

Which of the following techniques can be used to isolate faults in aircraft systems?

What aspect of the fault finding process does the tactile sense help with?

Which of the following is NOT a fault finding tool or technique mentioned in the text?

What is the main purpose of using fault finding techniques like checking and testing?

Which of the following senses can be useful in detecting faults such as cabin air contaminated by engine oil?

Among the listed tools and techniques, which one relies on using system boundaries effectively?

What differentiates an effective fault finding process from one that involves 'guess-work'?

What is the main purpose of Test and Measuring Equipment (T&ME) in the fault finding process?

Which fault finding technique involves splitting the system into two halves?

What is the primary benefit of adopting a systematic approach to fault finding?

What is a common challenge when dealing with intermittent faults?

What is the term used to describe the underlying or fundamental cause of a problem?

What is the main emphasis of troubleshooting in fault finding?

What is a crucial step in effectively using support equipment during fault finding?

Which approach is essential for fault finding in increasingly complex aircraft systems?

What significant role does experience play in fault finding?

How can a positive outlook contribute to fault finding in challenging conditions?

What is a common issue with random faults that makes them difficult to isolate?

Which approach is recommended for developing fault finding skills?

What type of fault is characterized by symptoms being present at all times?

Which type of fault is most difficult to isolate due to its inconsistent presence?

What is the term used for the underlying or fundamental cause of a problem?

In fault localization, what type of fault may require the replacement of the most likely component causing the issue?

Which classification of faults poses challenges due to their inconsistent and unpredictable occurrence?

What distinguishes an intermittent fault from a hard fault?

What is the next step after one of the halves identifies the fault in the half-split fault finding process?

In a linear system with components A, B, C, and D, if there is no output at point 1 after a fault is suspected before point 2, which component is likely to be the fault?

What is the significance of splitting the system into two halves at point two in the fault localisation technique?

What is the logical assumption if there is no output at point B after splitting the system at point 2?

What type of fault can be present sometimes and absent at other times, making it a combination of 'hard' and 'soft' faults?

In fault finding, what is an example of an intermittent fault?

Why are random faults considered the most difficult type of faults to isolate?

What is a key characteristic of an intermittent fault?

Which prerequisite is crucial for effective fault finding as it involves applying a structured method to identify faults?

What distinguishes an intermittent fault from a random fault?