It is a measure of how prone to failure a system is... how often is does not work as intended!
For instance it a system fails 5 times out of 10 it would have a failure rate of 50%
ground faults are the most common problem.
The product support analysis tool commonly used to examine and classify failures in acquisition systems is the Failure Mode and Effects Analysis (FMEA). FMEA systematically identifies potential failure modes, assesses their impact on system performance, and prioritizes them based on severity, occurrence, and detection. This tool helps in understanding how each failure affects the overall system, facilitating risk management and informed decision-making in product support and design improvements.
The most common causes of hydraulic system failure include contamination of hydraulic fluid, which can lead to wear and damage of components; leaks in hoses, fittings, or seals that result in loss of pressure; and inadequate maintenance, such as not changing filters or fluid regularly. Additionally, overheating can occur due to excessive load or insufficient cooling, causing components to degrade or fail. Lastly, improper system design or installation can lead to imbalances and stress on the system, contributing to failure.
When a well-designed multiprocessing system detects a processor failure, it typically follows these steps: First, it initiates a fault detection mechanism to confirm the failure. Next, the system may isolate the failing processor to prevent it from affecting the overall system performance. Then, it reallocates tasks and resources to the remaining operational processors to maintain functionality. Finally, it may log the failure for diagnosis and further analysis, potentially triggering alerts for maintenance.
cascade tripping or failure is a failure in a system of interconnected parts in which the failure of part can trigger the failure of successive part.it means that failure in one part of system may quickly spread into entire system . cascade tripping occurs for several reason -when component of grid is over stressed -generator shut down due to any reason -if transmission line has too much current following on it, and it will heat up and conductor fails -when tree are close to transmission line ,electric current from line will produce arc ,and circuit breaker disconnect line . -natural climate like earthquake ,heavy rain etc ,in which pole are fall down.
It is a measure of how prone to failure a system is... how often is does not work as intended! For instance it a system fails 5 times out of 10 it would have a failure rate of 50%
What is the failure rate for a franchise? D. 5%
since a2+ b2= c2, , and , then the failure rate IS in fact 123,456,789,123,345,634,345%
all xboxs (inculding elite) have a surpizingly large failure rate look below for types 1.Arcade:33% failure rate 2.normal:33% failure rate 3.pro:20% failure rate 4.Elite:5% failure rate but to answer your question yes it can but odds are alot lower than the others for comparison PS3:1% failure rate WII:0.5% failure rate 1 out of 3 xbox users will see the RROD only 500 have seen the ps3 YLOD and only 1 saw thier wii fail
Nervous System Failure was created in 2009-06.
14
2.5%
All contraceptive methods have a failure rate, even if used correctly. Not using them consistently and correctly increases the failure rate.
The failure rate of natural family planning methods for preventing pregnancy is around 24.
Although both system support high definition output via HDMI and many games are ported to both systems the Xbox 360's failure rate is significantly higher than the Playstation 3 consoles. The Xbox 360 in a recent study had a hardware failure rate of 54.2 % compared to the Playstation 3 consoles 10.6 % failure rate.
98%
A fail-safe is a backup feature that that counteracts a failure in a system.