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An output device is a computer device which receives the signal from the Micro Processors & gives the result to computer user. Computer Printer, Monitor and Speaker are examples of output device.
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What is the ouputs of Requirements elicitation and analysis?
To create the Business Requirements Document
Importance of calculus in business?
Some of the business applications are: (1) Finding the number of ouputs produced to maximize the profit. (2) Calculation of marginal revenue , marginal cost (3) Calculation of marginal average cost (4) Calculating elasticity of demand
If the green audio jack on a computer does not work but the blue line-in plays surround audio can you change it so that normal audio plays through line-in?
Depends on the soundcard. For example with Asus Realtek soundcards you can route the inputs and ouputs from the Sound Manager, see the related link.
Differentiate between ordinary algebra and boolean algebra?
ordinary:-it base all types of laws required for arthmetic operators all outputs are real numbers boolean:- it involves only binary inputs and outs in binary consists only 1,0 as ouputs it involves only two types of laws mostly commutative and associative laws
What makes and models of VCR have stereo sound on the RF output signal?
Stereo VCRs have extra connections on the back to send the stereo to the TV or monitor. I don't believe you will find one with a stereo RF output. If you want to send a stereo audio signal to another room hook up a stereo modulator to the stereo RCA ouputs of the VCR and connect a MTS compatible TV to the coax at the other end and you will get the stereo audio.
How does a windmill turn the sun's energy into electricity?
The uneven heating and cooling of Earth's atmosphere by the sun's energy causes the air to flow from one place to another, in a type of behavior that we call "wind". Since the air is moving, it has kinetic energy. The windmill intercepts some of the moving air and robs part of its kinetic energy.
What is the definition of greenfield operation and which are the companys employing it?
hamoudaRelation with all inputs/ouputs products in any industry and the potential environmental impacts such as Nox emissions, Co2 emission level, smog ,climate change,noise,....The goal is to reduce all the potential environmental IMPACTS to an acceptable emission level during the operation life cycle according to a gov regulation or a standard ."Green field" operation refers to a foreign company's investment in the land and infrastructure that will support a new business. The land may or may not have a facility earlier.
Which is fatser a 2007 civic si or a 2005 rsx type s?
It would be a drivers race. The SI has a modified version of the RSX Type S engine which ouputs slightly less (197hp in the SI to 210hp in the RSX) horsepower due to better emissions controls. Both are 6 speed manuals with the same compression ratio. The RSX has a slight advantage in the torqe department, which is only at a higher rev anyways, so on that platform they are about dead even. The Si has a curb weight of 2877lbs whereas the RSX Type S is 2790. Not a big advantage but one to be noted none the less. In overall specs the RSX Type S has the slight advantage and on paper would be the favorite. Like I said earlier, it would really be a drivers race. No matter which wins I'd take an RSX Type S over the Civic Si anyday.... but hey that's just my opinion.
How does a meteorologist know that it will be windy?
Meteorologists use many sophisticated tools to make any weather forecast, but most notably they use computer models run by different supercomputer. If they wanted to determine wind speed, the primary variable in these model ouputs they would look at would be the pressure gradient. Wind is a direct result of pressure gradient force, in other words, the horizontal difference in pressure from one place to another. Large pressure differences generate strong winds. Realistically though, models output many types of wind speed at different atmospheric levels, making it easier for the forecaster.
How does light behave to make rotary encoder work?
A rotary encoder consists of three main parts: light source, optical encoder disc and light sensors. The light source provides the light source to several light sensors. There is an optical encoder disc that selectively blocks light from light source to light sensor. If the light sensor is receiving light, it is first state of electronic circuit. If the light from light source to the sensor is blocked by optical encoder, then sensor is not receiving light and this is second state of sensor output. Therefore, each sensor has two ouputs possible, high or low. Output from one sensor is called a "bit" so for 4 sensors, it is 4 bit output. The light encoder disc is a plastic disc with some area opaque and other areas transparent. Depending upon its rotating position, it passes light to some sensors and blocks light to other remaining sensors. The combination of states of multiple light sensors at a given time due to a certain rotary position of rotary encoder disc is the multi-bit output of that rotary encoder. This multi-bit logic output is used to sense the position, direction of rotation and rotating speed of the rotary encoder. You can read more about rotary encoders at the links given.
What is the the difference between 7.1 and below audio channel?
I'm not sure if I fully understand your question but I'll take a shot. Dolby 5.1 stereo has 5.1 audio channels: Right front, right rear, left front, left rear and center. The sixth one is what I like to call a "pseudo-channel". It is for a subwoofer. The reason it only counts as ".1" is because it only outputs limited frequencies. This is okay for a subwoofer channel because it's only purpose is to output extremely low frequencies. (e.g. All the "whole" channels output from 20-20,000Hz and the ".1" channel ouputs 20-120Hz) Standard stereo has two channels: left and right. Both output at full range of frequencies. There was a semi-popular audio system called "quad" back in the 70s and early 80s that was basically like Dolby 5.1 without the center and subwoofer channels. It had limited practical uses and was mainly broadcast over the airwaves because recording it required expensive recording and playback equipment. 7.1 or "Dolby Digital Plus" has, you guessed it, 7.1 channels. Im not sure what the extra 2 channels are for but I do know this is HD technology. It uses a lossless compression codec for full quality sound and can only be transmitted over HDMI or similar cables. There is a new format called Dolby TrueHD which has a max of 8 channels. This is even higher quality sound (lossless). Only a few Blu-ray movies are encoded with this at this point in time. Hope this helps!
How do you construct 16x1 multiplexer circuit using 8x1 multiplexer using diagram?
You'l need 5 4 to 1 muxes for making a 16 to 1 mux if your inputs are say W(0)-W(15) i.e 16 inputs ..... you start of with giving 4 inputs each to the 4 to 1 muxes the select lines for all 4 4 to 1 muxes will be common now each of the four 4 to 1 muxes is giving you one o/p so ..... take each of those 4 outputs and give them to the fifth 4 to 1 mux and voila you have a final o/p corresponding to 16 inputs !!! THIS IS HOW IT WILL LOOK LIKE inputs outputs mux 1 : w(0)w(1)w(2)w(3) m(1) mux2 : w(4)w(5)w(6)w(7) m(2) mux3 : w(8)w(9)w(10)w(11) m(3) mux4 : w(12)w(13)w(14)w(15) m(4) taking the above 4 outputs and giving them 2 mux5 mux5 : m(1)m(2)m(3)m(4) m(5) m(5) is the final output corresponding to 16 inputs W(0)-W(15)
