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is it true that a computer's electronic circuits rarely fail and the data flows along these circuits at close to the speed of light, processing can be accomplished in billionths of a second?
yes
Is it true that computers electric circuits rarely fail an the data flows along this circuits at close to the speed of light processing can be accomplished in billionths of a second?
True
Because a computer's electronic circuits rarely fail and the data flows along these circuits at close to the speed of light processing can be accomplished in billionths of a second.?
Yes, that's correct. The reliability of electronic circuits and the near-instantaneous speed of data transfer within a computer allow for extremely fast processing speeds, usually in nanoseconds or even picoseconds. This enables computers to execute complex tasks and calculations with remarkable efficiency.
What are the effects of non-condensing humidity on electronic devices?
Non-condensing humidity can cause electronic devices to malfunction or fail due to corrosion, short circuits, and electrical leakage. It can also lead to decreased performance and reliability of the devices over time.
Can splint fail to immobilize boxer's fracture?
Rarely
Why computers fail?
greetings.a computer.can fail for many types of reasons mostly because of a virus.
Why computers fail significantly less frequently than copy machines and printers?
The computer is almost entirely electronic without moving mechanical parts. Moving mechanical parts are much less reliable and fail more frequently than modern solid state integrated circuit electronics.
Are electronic devices likely to fail than fans?
no, its the other way around.
Can a leech stop viruses in computers?
no if you try you will fail giganticly ok buddy
How many times fail the computers before work?
24 times then is work
Do windturbines fall over?
Rarely, but it has happened before if there are strong winds and the blades fail to feather.
How can thermal energy fail?
depending on the reliability of the equipment in use, the materials have a tendency to melt when overloaded, shorting the circuits.
