Sentence examples for frequency note from inspiring English sources

Let us denote the transfer function of the P2P channel between T 1 and T 2 as (tilde {H}_{T_{1}T_{2}}(f)), where f means frequency (Note for simplicity, we drop f in the following).

According to this result, the oscillating part of the received power is characterized by an attenuation factor and a phase shift that both depend on the modulation frequency (note that, obviously,, ).

A highly skilled musician will provide the ideal lip pressure and air pressure for each frequency (note) being produced.

Regarding lowering of carrier frequency, note that audible noise is noticeably increased for carrier frequencies less than about 6 kHz and is most noticeable at about 3 kHz.

If represents wavelength and represents frequency (note, where is the speed of light), then is defined by the equations: After is measured, the distinction between redshift and blueshift is simply a matter of whether is positive or negative.

Based on this, a constant shifting value, f sh, is added to the extracted frequency in order to reach a high frequency note.

Hawk Koch, whose producing credits include the 2000 thriller "Frequency," noted that there were still producer success stories, like the fellows behind "Paranormal Activity," the inexpensive horror flick that sold about $193 million at the global box office and has a sequel on the way.

Birds such as the song sparrow, for example, sing at higher pitches in cities, where lower frequency notes would be drowned out by urban noise.

In 1824, Ludwig van Beethoven could no longer hear at all, so he used mid-tones, low frequency notes, and all he knew of music theory to compose "one of the finest pieces of music ever written;" the Ninth Symphony.

Although medical co-morbidities are not uncommon in individuals with ASD, they are not reported to be present with the high frequency noted here [38].

In the latter case lower frequency notes were more strongly affected which in turn is consistent with findings from theoretical and experimental modeling [24] that predict a non-linear relationship between beak gape and vocal tract resonances in a way that changes at smaller beak gapes lead to relatively larger changes in vocal tract resonances.