To answer this properly more context is needed but frequency is in most contexts continuous.
As the frequency becomes higher then its wavelength would decrease. In case of mechanical waves such as sound waves higher frequency means higher the pitch. In Sanskrit it is known as 'shruthi'. Singers would sing at different shruthi. In case of electromagnetic wave such as light, as frequency increases the colour changes. So highest frequency in the visible region will be the violet and the lowest is the red. Also the energy of the wave photon is given by the expression E = h nu, where nu is the frequency of the wave. So higher the frequency higher the content of energy in the photon compared to the lower frequency radiation.
Any where a stable desired frequency is needed. Crystal Oscillators are quite accurate, they are used in computers as well as wrist watches.They use a mechanical oscillatory force that is induced by an electric charge on a piezoelectric substance at resonance.en.wikipedia.org/wiki/Piezoelectricity~MECHASUN~
Have a look at AuroraGenerators.com If it is diesel your looking at about 1 gallon per hour however likely you are not running at full load. You can expect to be using on average 0.5 gallons per hour on an Aurora Diesel Generator
The Nyquist frequency for a signal with a maximum bandwidth of 1 KHz is 500 Hz, however that will lead to aliasing unless perfect filters are available. The Nyquist rate for a signal with a maximum bandwidth of 1 KHz is 2 KHz, so the answer to the question is 2 KHz, or 500 microseconds.
To match audio in Premiere Pro for seamless synchronization, use the "Synchronize" feature to align audio tracks with video clips based on their waveforms. Adjust the synchronization settings as needed to ensure the audio and video are perfectly matched.
Each cell area broadcast the information about the that cell in bearer frequency for the following purposes To allow a synchronization in time and frequency of the MSs to the BTS. This synchronization is needed by the MS to access the services of a cell. The frequency and time synchronization procedures that are performed by the mobile To help the mobile in estimating the quality of the link during a communication, by measurements on the received signal from the BTS it is transmitting to, and from the other BTSs of the geographical area. These measurements are used by the network to determine when a handover is necessary, and to which BTS this handover should apply. To help the mobile in the selection of a cell when it is in idle mode (that is, not in communication, but still synchronized to the system and able to receive an incoming call or to initiate a call). This selection is performed on the basis of the received power measurements made on the adjacent cells' beacon channels. To access the general parameters of the cell needed for the procedures applied by the MS, or general information concerning the cell, such as its identification, the beacon frequencies of the surrounding cells, or the option supported by the cell (services).
Process synchronization is needed to allow multiple processes to safely access shared resources, such as variables or files, without causing conflicts or inconsistencies. It helps to prevent issues like race conditions, deadlocks, and data corruption by coordinating the execution of processes. Synchronization ensures that processes communicate and coordinate effectively with each other to maintain system integrity and avoid undesirable outcomes.
period
The Daily Orbit - 2012 Asteroid Detection Plan Needed 1-142 was released on: USA: 21 March 2013
It has to have one but not more than two main ideas, coherent thought and well punctuated.
Threads communicate primarily by sharing access to fields and the objects reference fields refer to. This form of communication is extremely efficient, but makes two kinds of errors possible: thread interference and memory consistency errors. The tool needed to prevent these errors is synchronization.
For satllite communication the frequency should not be less than the critical frequency because in satellite communicaton high frequency is needed which is reflected by satellite but not by the ionosphere.
A BFO in the receiver is needed to reinsert the carrier before detection.
the purpose of buses is to reduce the number of pathways needed for communicate between the components , by carrying out all communication over a single data channel. synchronization- synchronization between components can set with help of buses. buses are used for high speed transfer between CPU, memory and other devices .
Two facts you would need in order to locate something would be, general location of the object that needs to be located and a mode of detection, whether it be some sort of scan, xray, sonar, or other detection device.
You can test for 60 hertz using a multimeter set to measure frequency. Connect the multimeter probes to the power source, and it will display the frequency. Another option is to use an oscilloscope to measure the waveform's frequency. You can also use a frequency counter to directly measure the frequency of the power source.