In an AM system, definitely. In any other system, amplitude variations
are intentionally ironed out, by hard limiting, before demodulation.
AM is already an acronym for "amplitude modulation", a system where a radio wave carries a signal by varying the amplitude of the wave. It is opposed to FM or "frequency modulation" where the signal is carried by variations in the wave's frequency. AM should not be confused with the acronym am which stands for "ante meridionem", a Latin phrase meaning "before noon".
um and micron are the exact same so no conversion. The u should ideally be the greek letter mu but this is often difficult to type and it sufficiently looks like a u
The other assumptions are listed in the related link. The answer you are looking for is the same variance or standard deviation.
YESBut ideally, NO.Explanation:Ideally, the calculated average speed should NOTinclude stopped time.But on a device like a GPS, time spent stopped IS included in your average speed,thus lowering it significantly.
First, you should type this equation into your graphing calculator and push the zoom 7-trig button in order to see the graph properly.The amplitude is the distance from the x-axis to the peak of the curve (the very top or bottom). When you check the table on your graphing calculator, you will see that the y-values only go up until 3 and down until -3 meaning that the graph cannot exceed these y-values.The x-axis is zero on the y-axis so...0-3=-30-(-3)=3Distance is always positive so the amplitude is 3 units.**Make sure to type everything in carefully. Your work can simply include a sketch of the graph and the table of values of the equation. Have fun!
this value is 1 percent of the unmodulated carrier amplitude. We may thus define the transmission bandwidth of an FM wave as the separation between the two frequencies beyond which none of the side frequencies is greater than 1 percent of the carrier amplitude
If the modulating system is AM (Amplitude Modulation) then the amplitude of the carrier wave changes with the amplitude of the modulation. On a specrum analyser that shows up as frequency sidebands. If the frequency of the carrier waves depends on the amplitude of the modulating signal that is called FM (frequency modulation). On a spectrum analyser that shows up as sidebands also.
There is no specific amplitude for each type of wave. You should consider the amplitude to be the loudness of the wave for example the louder the sound the larger the amplitude.
what is AM and FM AM normally refers to Amplitude Modulation while FM refers to Frequency Modulation. As the names suggest, in AM, the carrier wave is modulated by the amplitude of the input signal/waveform while in FM, it is based on the frequency. For further information on how exactly it's done, just run a search for Amplitude Modulation / Frequency Modulation and you should be able to find more detailed information about them.
treatments should be ideally carried out in a treatmemt room and under the supervision of a doctor
Ideally, you should shower daily.
Intensity of a wave is proportional to the square of its amlitude so it should decrese when the amplitude is decreased.
Yes, "Mail Carrier" should be capitalized as it is a title given to a specific occupation.
71
Ideally, none.
Ideally, you should drink 8 cups of water per day. Another good sentence would be, she would ideally, like to weight only 100 pounds.
It's better than nothing, but ideally it should be distilled water. This has less minerals and particles.It's better than nothing, but ideally it should be distilled water. This has less minerals and particles.