Computers keep time accurately using a component called a real-time clock (RTC) that tracks the current time and date. The RTC is powered by a small battery to ensure it continues running even when the computer is turned off. Additionally, computers can synchronize their time with atomic clocks over the internet to maintain precise accuracy.
Computers can increase your knowledge, but not always accurately...
Computers solve a variety of problems by processing data quickly and accurately, automating tasks, improving communication, storing and organizing information, and enabling complex calculations and simulations.
PSS in computers is Portable Shopping System. The system allows you to track purchases, increase sales, and keep records.
It depends how reliant they are on the computers. If their business simply uses the computers to keep their accounts up-to-date - they would simply wait til they were turned on again, and update the accounts manually from paperwork. However - if the business was reliant on computers for tracking vehicles, or displaying essential 'live' information - then the business would stop (and lose money) for the time the computers were unavailable.
In the late 80's computers were used in companies to keep files, track of records and to type letters.
quiet accurately
quiet accurately
it is to about 1tenth of a sencond
To keep the time accurately and make sure that no extra time is allocated to either team.
Extremely accurate, which is why it is regarded so well
(:computers ans satellite Photography:)
they use computers to keep check of what they sell
No, watches can keep time differently due to variations in their internal mechanisms and accuracy. Factors like the quality of the movement, calibration, and regular maintenance can affect how accurately a watch keeps time.
Computers can increase your knowledge, but not always accurately...
To count measures accurately in a musical score, first identify the time signature at the beginning of the piece. Then, count the beats in each measure according to the time signature. Keep track of the measures as you go along to ensure accuracy.
(:computers ans satellite Photography:)
it is to about 1tenth of a sencond