Remote controls use both infrared and radio frequency technologies. Your typical TV remote uses infrared and your typical car remote uses RF.
Frequency really means how often a wavelengths repeats itself and is actually related to time. Different wavelengths can be of a single frequency or they can contain multiple, yet separate frequencies at the same time. One of the ways that wavelengths can be identified, is simply by the frequency. By and large, the frequency used will also tell you a bit about the application in which it's used, as well as the type of frequency you can expect it to be, such as AM, FM, TV, Satellite, or some other type of communications. This is largely in part because there is a published frequency spectrum chart that's available in print and online that identifies most uses for a specific frequency range.
Your quartz watch, your cell phone, all electronics that uses a computer inside. The quartz crystal forms the time base for the digital pulses. Crystal oscillators are also used in radio receivers and transmitters to provide accuracy in frequency selection. In a transmitter it provides the exitation frequency. In the receiver it provides the local oscillator in a superhetrodyne setup. Multifrequency devices (tunable and channelised radio) take the local oscillator and multiply and divide it, to provide a comparison frequency for a voltage controlled oscillator (VCO). The VCO is then controlled by a Phase Locked Loop (PLL) which holds the required frequency very accurately.
Europe uses 230V used to be 240 but was changed a few years back. In France, voltage is 220V and frequency is 50 hertz
AnswerOscillator that uses two passive elements for the timing. Namely resistor and capacitor.AnswerIt's an oscillator whose frequency-determining "tank" does not contain an inductive element, like a coil. These are good for extremely low frequencies--down to a few Hertz--but LC oscillators are better at radio frequencies.AnswerAn Rc oscillator is an oscillator that uses 3 or more phase shift networks, ( a network of a capacitor and resistor) as a frequency determining network (tank circuit) and a transistor to amplify that output, that only allows a certain frequency through by only letting the frequency that is able to shift 180 degrees out of phase through. And also has a feedback network from the collector (of the transistor) circuit, to compensate for circuit loss to oscillation.
what are the uses of binomial distribution
No, a frequency polygon is a type of data visualization that uses line segments to connect points representing the frequencies of different classes. It shows the distribution of data values, but it does not necessarily represent the actual class frequencies.
Hertz is used to measure frequency ie the number of times per second that something happens. Its commonest uses are to measure the number of oscillations/sec of electric currents or radio waves and the processing speed of computers.
A frequency table is a table that lists items and uses tally marks to record and show the number of times they occur.
Bar chart
A column chart.
2 rectangles. Put two toothpicks on 2 sides and one on the other side, and that uses 6 toothpicks and if you make another rectangle like that you make 2 rectangles.
Name a company that uses conventional distribution channels to sell their products
bandwidth? Operating frequency? Sound frequency?
Paper, dollar bills, computer and TV screens, and football fields.
A line plot is used to organize data while it is being collected. It is a type of graph that uses a number line to show the frequency of data.
Oh, dude, it's like this: a histogram is like a bar graph that shows the frequency of data within specific intervals, while a frequency polygon is a line graph that connects the midpoints of the intervals in a histogram. So, it's like the difference between drawing bars and connecting dots. Cool, right?