A nanohertz (nHz) is a unit of frequency equal to one billionth of a hertz. It is commonly used to measure extremely low frequencies, such as gravitational waves.
Memory chip technology speed is typically expressed in terms of frequency, measured in megahertz (MHz) or gigahertz (GHz). This indicates how fast the memory chip can transfer data and communicate with the processor. The higher the frequency, the faster the memory chip can operate.
Hertz, named after the German Physicist Heinrich Hertz, are the measurement of frequency, current, and electricity, their uses are common in many fields, sound waves, radiation, hertz are even used to represent the speed of your computer. Hertz come in 21 tiers of measurement - listed from smallest to largest: Yoktohertz Zeptahertz Attohertz Femtohertz Picohertz Nanohertz Microhertz Millihertz Centihertz Decihertz Hertz Dekahertz Kilohertz Megahertz Gigahertz Terahertz Petahertz Exahertz Zettahertz Yottohertz 1 hertz = 1 cycle per second (cps)
Memory chip technology speed is typically expressed in terms of frequency, measured in megahertz (MHz) or gigahertz (GHz). This indicates how fast the memory chip can transfer data and communicate with the processor. The higher the frequency, the faster the memory chip can operate.
I may be merely displaying my own ignorance, but I'll go out on a limb hereand say that the question is meaningless.Here are the things about it that just don't seem right to me:-- The question asks for a frequency, but then states a frequency as data,implying that one frequency depends somehow on another one.-- A frequency of resonance is usually determined by a mechanical structure,or by passive components in an electrical circuit. I can't think of a case in myexperience where a resonant frequency depended on a voltage.-- The frequency given in the question is whimsical. "100 nanohertz" isthe frequency of a wave that takes almost 116 days to perform a singlecomplete wiggle. Some things have been identified on a cosmological scaleat frequencies like that, but certainly not in anybody's laboratory orworkshop.
Hertz, named after the German Physicist Heinrich Hertz, are the measurement of frequency, current, and electricity, their uses are common in many fields, sound waves, radiation, hertz are even used to represent the speed of your computer. Hertz come in 21 tiers of measurement - listed from smallest to largest: Yoktohertz Zeptahertz Attohertz Femtohertz Picohertz Nanohertz Microhertz Millihertz Centihertz Decihertz Hertz Dekahertz Kilohertz Megahertz Gigahertz Terahertz Petahertz Exahertz Zettahertz Yottohertz 1 hertz = 1 cycle per second (cps)
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