what does a FM-2 means?
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Perhaps it was asking if you knew FM2, which stands for File Manager 2 from Clarion. Its a revolutionary tool that simplifies the hassles involved in upgrading your products.You can check it out at http://www.capesoft.com/accessories/fm2sp.htm
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Generally, it refers to any 2-door car.\nThe old "deuce coupes" from the 30's were 2-doors.\n\nIt has nothing to do with chevy 2's.
171957
CO with a -2 charge\nsee below:
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It is called: Fibromyalgia!\n\nFibromyalgia (FM or FMS) is a debilitating chronic syndrome (constellation of signs and symptoms) characterized by diffuse and or specific muscle, joint, or bone pain, fatigue, and a wide range of other symptoms.
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Here's a little help for you:\nAn F2 is the mating of F1 x F1 and F1 are the mating of two different breeds or lines.\nA dihybrid cross means that you are looking at two loci and the F1 mating was AaBb x AaBb.\nA monohybrid means it is one locus and the F1 mating is Aa x Aa.\n\nThen you do the punnet square.  The genotypic ratios are the ratios of the actual genotypes (AaBb, AABb, etc.) and the phenotypic ratios are how they look, based on gene action.
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All fiero's were mid-engine and rear wheel drive, the 2m4 designation means 2 passenger mid-engine 4 cylinders. The 2M6 was the 6 cylinder variant of the vehicle.
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Both were partially incorrect.\nIt stands for Headquarters and Headquarters Battery\n2nd Battalion of the 17th FIELD ARTILLERY\nof the 2nd Brigade Combat Team. and you can get to the Units web site using the link above.
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Yellow = warning (2 = red card)\n\nRed = sent off\n\nIn tournaments if you get more than (say) 1 yellow card or a single red card you can be banned for a few matches ... in league matches a certain amount will also lead to a match ban.\n\nIt could also mean "your agent is on the phone with an outrageous deal to wear silly coloured shoes" but that might just be David Beckam.
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huh? i dont understand\na2a
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In:\nfhsdf fsdsdehsgfyhwef ekfhnwe
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I assume that's suppose to be an integral symbol.\n\nf(x) = [1/2 t²] from 2 to x, or 1/2 x² - 1\n\nThen f'(x) = x, and f''(x) = 1.\n\nDidn't really need to do the integration...
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Fédération Internationale de Football Association which means the International Federation of Football Associations.\n\nFIFA has 3 main languages, Spanish, French and English.
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There's not an FM on being a spec.  There is a common task handbook for E-1 to E-4.  Ask you Comm. or 1Sgt. for it.
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Modulation is the process by which voice, music, and other "intelligence" is added to the radio waves produced by a transmitter. The different methods of modulating a radio signal are called modes. An unmodulated radio signal is known as a carrier. When you hear "dead air" between songs or announcements on a radio station, you're "hearing" the carrier. While a carrier contains no intelligence, you can tell it is being transmitted because of the way it quiets the background noise on your radio.\n\nHere is a summary of different modes of modulation:\nFrequency Modulation (FM)\nIn Continuous Wave (CW), AM, and Single Sideband (SSB), the carrier of the signal will not change in a normally operating transmitter. However, it is possible to modulate a signal by changing its frequency in accordance with a modulating signal. This is the idea behind frequency modulation (FM). \n\nThe unmodulated frequency of a FM signal is called its center frequency. When a modulating signal is applied, the FM transmitter's frequency will swing above and below the center frequency according to the modulating signal. The amount of "swing" in the transmitter's frequency in any direction above or below the center frequency is called its deviation. The total frequency space occupied by a FM signal is twice its deviation. \n\nAs you might suspect, FM signals occupy a great deal of frequency space. The deviation of a FM broadcast station is 75 kHz, for a total frequency space of 150 kHz. Most other users of FM (police and fire departments, business radio services, etc.) use a deviation of 5 kHz, for a total frequency space occupied of 10 kHz. For these reasons, FM is mainly used on frequency above 30 MHz, where adequate frequency space is available. This is why most scanner radios can only receive FM signals, since most signals found above 30 MHz are FM.\n\nThe big advantage of FM is its audio quality and immunity to noise. Most forms of static and electrical noise are naturally AM, and a FM receiver will not respond to AM signals. FM receivers also exhibit a characteristic known as the capture effect. If two or more FM signals are on the same frequency, the FM receiver will respond to the strongest of the signals and ignore the rest. The audio quality of a FM signal increases as its deviation increases, which is why FM broadcast stations use such large deviation. The main disadvantage of FM is the amount of frequency space a signal requires.\n\nAmplitude Modulation (AM)\nIn amplitude modulation, the strength (amplitude) of the carrier from a transmitter is varied according to how a modulating signal varies. \n\nWhen you speak into the microphone of an AM transmitter, the microphone converts your voice into a varying voltage. This voltage is amplified and then used to vary the strength of the transmitter's output. Amplitude modulation adds power to the carrier, with the amount added depending on the strength of the modulating voltage. Amplitude modulation results in three separate frequencies being transmitted: the original carrier frequency, a lower sideband (LSB) below the carrier frequency, and an upper sideband (USB) above the carrier frequency. The sidebands are "mirror images" of each other and contain the same intelligence. When an AM signal is received, these frequencies are combined to produce the sounds you hear.\n\nEach sideband occupies as much frequency space as the highest audio frequency being transmitted. If the highest audio frequency being transmitted is 5 kHz, then the total frequency space occupied by an AM signal will be 10 kHz (the carrier occupies negligible frequency space).\n\nAM has the advantages of being easy to produce in a transmitter and AM receivers are simple in design. Its main disadvantage is its inefficiency. About two-thirds of an AM signal's power is concentrated in the carrier, which contains no intelligence. One-third of the power is in the sidebands
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that means 1st 2nd   52nd etc
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what is the second function?
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AM Stands for Amplitude Modulation and FM Stands for frequency Modulation. So in AM radio, the amplitude of the waves are changed while in the FM the frequency of the waves is changed. \nHence when the over riding of the waves is done, in an FM radio it is done in such a way that the frequency changes and the amplitude remains the same while in the am radio it is the other way round. AM radios have a shorter range!!