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The bandwidth of a signal is related to how fast you can transmit information over that signal. Signals with large (or broad) bandwidth can transmit more information (data) in a given amount of time, so this results in faster download times.
In MATLAB, you can determine the frequency of a signal using the Fast Fourier Transform (FFT) function. By applying the FFT to your time-domain signal, you can convert it to the frequency domain. The resulting output can be analyzed to find the dominant frequencies by identifying the peaks in the magnitude spectrum. You can also use the findpeaks function to help locate these peaks effectively.
Solid modeling is advantageous because it is unambiguous, gives tremendous information and is best suitable for calculating properties. The disadvantage is that it requires large memory and inhibits fast manipulation.
It depends on whether the data entry is predominantly alphanumeric or numeric. Alphanumeric entry is measured in WPM (words-per-minute) and usually requires a minimum of 60 to 80 WPM however a top-flight secretary can easily exceed 100 WPM. Numeric entry is measured in KPH (keystrokes-per-hour) and usually requires a minimum of around 8,000 to 9,000 KPH. Hardcore data entry requires a minimum of 10,000 KPH while a top-flight number cruncher can easily exceed 12,000 KPH.
In the course of sampling a signal to graph the parts of a repeating event on the display, the sampling must be done faster than the event you want to graph. If the sampling is done slower than the event then you will be displaying several parts of the event in a single dot on the display, highly inaccurate. The signal sampling must be done fast enough to display the event in enough detail. The higher you set the scope frequency, the wider the event appears on the display, possibly losing the sides of the event if you go too high.
It varies depending on your settings, obstructions to the signal and what you personally define as working. If transmitting at full power, and with no obstructions, most devices should be able to connect (whether or not they have fast data transfer is another matter) to the network. In an average house, though, you might have difficulty connecting 15 metres away from your access point.
We're burning daylight, boys. The daylight is fading fast.
you have a light out that way it signal fast
over 9000
Cause it sends out a signal that goes to a satellite very fast. Then it goes to where your connecting.(example...Your connecting to Google.The signal goes to the nearest Google headquarters.)
Turn on that fast blinking signal light and check to see if the front and rear signal lights are both working, chances are you have a burned out bulb. If both front and rear bulbs are flashing fast, replace the flasher relay.
your signal light is burned out. The rear signal lights burn out quite quickly and the fast flashing is an indicator you need to replace them.
A light bulb needs to be replaced. The signal is fast because the electrical current is there, but since it does not turn on the burned out bult, it makes the others work twice as fast.
Wrong light bulb.
One of the bulbs is out. Replace it.
your signal light is burned out. The rear signal lights burn out quite quickly and the fast flashing is an indicator you need to replace them.
If one turn signal is flashing fast it is to warn the driver they need to replaced either the front or back signal bulb.