But given the scenario where you do not require the intensity II to be constant, and you increased the frequency of the incident photons while retaining the original flux, you would not notice a change in the photocurrent so long as the incident photons are above the...
B. wavelength C. amplitude D. frequency I intended the answer to be frequency. But, upon further analysis, I couldn't give a good answer as to whether the amplitude changes or not. I was thinking in terms of classical waves (e.g. strings, sound, water). But, I specifically us...
” which, when summed, results in an even larger wave (louder sound). But what happens if you delay one of the waves by exactly one-half wavelength, matching up the troughs with the peaks of the other like in the
Each lightning burst creates electromagnetic waves that begin to circle Earth in the cavity between Earth’s surface and the ionosphere. Some of the waves — if they have justthe right wavelength— combine and increase in strength to create a Schumann resonance. Schumann Resonance frequencies. Sourc...
In the first version of the method, the laser beam emitted a burst of single pulses with a frequency of 82 MHz. The fringe spacing could be changed from burst to burst with a repetition rate of 1 kHz. With fixed wave frequency f, the fringe distance d matching the wavelength λ at f...
From the start of the curve, the vessel is unit, which is attributed to the fact that it simply ascends and descends the incident wave profile, which at the moment has a negligibly low frequency (and thus a large wavelength, which makes it conducive for the vessel to follow its shape)...
the organism, the fewer photons were emitted. Rudimentary animals and plants tended to emit 100 photons/cm2/sec at a wavelength of 200-800 nm, corresponding to a very-high-frequency EM wave well within the visible range, whereas humans emit only 10 photons/cm2/sec at the same frequency. ...
. Wavelet-based tracking algorithm. We have developed a wavelet-based tracking algorithm to measure sperm swimming speed directly under the influence of red light. Using a simple wavelet analysis, "likely" pixels that are varying within a predefined set of frequency parameters can be identified...
low-energy light with a long wavelength. On the other end is violet, a high-frequency, high-energy light with a very short wavelength. Pink should, in theory, exist somewhere between violet and red; however, the opposite ends of the spectrum never meet. Thus, every brain conjures its own...
Recognizing that cells that have a more unstable karyotype might be more sensitive to centromere manipulation, we next tested the influence of CENP-A S7ph in a non-diploid cell line such as HeLa, a line used in previous reports to assess the importance of such PTM22,24. We tagged all end...