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it is used to increase the voltage
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What is choke router?
rouer behind FW
What is the barrel found near one end on some USB cables?
It's called a "ferrite core" or "ferrite choke." It is used to filter out electrical noise that might interfere with the USB signal.
Why is the Internet harmful?
Yes, the internet is the most dangerous part of a computer. Internet could be dangerous for children, but it is also an excellent source of information and education. However, the freedom of the internet and the lack of monitoring can have some rather dangerous consequences, especially for schoolchildren. Teachers can play their part to limit the potential scope of this problem by teaching students how to use this double-edged sword, which is indispensable to survive and thrive in the 21st century.
What would be the advantages and the disadvantages of becoming a Cyborg?
The advantages of becoming a cyborg:#1 Returning FunctionIf you have had parts of you damaged, such as you are blind, you can have to eyes replaced with electromechanical devices that return function.#2 Increased StrengthAssuming that it is possible to replace or enhance the human endoskeleton with metal and pneumatic/hydraulic pumps, the strength of a cyborg could be drastically increased above a normal human. A metal skeleton would even possibly allow you to even take hits a normal human couldn't survive (eg. A sledgehammer to the chest, or a gunshot to the head)#3 Added FunctionalityA cyborg does not have the limits of a standard human. For example due to increased weight, they could replace or add appendages such as a building a gun inside the arm, that can extend out and shoot, with there being less recoil thanks to weight and strength.#4 Possibly Longer LifespanBecause you are replacing a lot of your body parts, you are making some of your organs obsolete and since you aren't relying on them, it doesn't matter if they fail or are taken out. How ever until research into extended or replenishing the state of the brain, you will still only have as long to live as your brain will allow. Unless you could somehow transfer your conscience into the computer that eventually replaces your brain, you are screwed.#5 Increased Intelligence/Computational Power/PerceptionA possibility of a cyborg can be to add microchips to the brain, which would allow your brain to offload commands such as doing calculations to the chip, which could do the calculations instantaneously and return the answers to the brain. Perception could be increased by assisting parts of the brain that deal with awareness.You could also potentially have microchips installed that make you "high" as if you were suffering from the effects of THC in the brain, but would be able to be turned on and off at will.The Disadvantages of becoming a cyborg:#1 Possible loss of humanityDue to having microchips installed in your brain that can alter your behaviour, it is possible that you would lose or overwrite the parts of you, that make you who you are. When your brain dies, people aren't likely to let your body go to waste and will therefore replace the deceased brain with Artificially Intelligent computers, leading to your body becoming an android.#2 ExpensiveUnless you are being subjected to becoming a cyborg against your will by secret underground science teams, all this tech is going to be coming out of your pocket, and it will not be cheap.#3 Loss of Acceptable AppearanceAssuming that you had your muscles mostly replaced with pumps, you aren't going to have all that much blood, so there won't be a whole lot keeping your skin (and your member) alive. This could be included under loss of humanity but it is important to know that you won't look the same.#4 Likely to Die in the Creation ProceduresAdapting to cyborg life wouldn't be even nearly as hard as surviving all the surgery that you would have to go through to have entire parts of your body replaced. Unless research teams develop some way to replace body parts with other things in an instant, you will probably be dead before you know it.#5 You Are Now Property of a GovernmentExpanding on the expensive point, now that you have somehow managed to survive the expensive surgery that an underground government has paid for, they basically now own you and you are in their service until your brain dies and they turn you into an android to keep forever.There's a lot cyborgs don't have to do: they never have to eat, drink, shower, sleep, wear clothes, shave, they never get itchy, sick, tired, have any sort of physical hair, cough, sneeze, choke, etc. They can be programmed to have fun, friends and like people (even those of the human race). They never even feel too cold or too hot, whenever the temperature's either, nor do they have to go to the toilet. Additionally, they can be programmed to have emotions. As there are things they can live without doing, they don't really have to buy things. Oh and guess what - they never have to go to school (or college or university)! As part of them not having to shower (or anything along those lines), they never even smell not nice. They never even have to brush their teeth (meaning they never even have to worry about losing any). Moreover, as implied by the second advantage, they never feel any sores.
2 Explain in detail the Hardware required for effective graphics on the computer system?
GRAPHICS HARDWARE TECHNOLOGY Computers have been getting progressively more inexpensive and it has become household article in these days. In early days the high cost of the hardware for computer graphics remained the stumbling block, which prevented their widespread use. The microelectronics revolution and the subsequent reduction in the price of the digital hardware have completely changed the situation to the extent that it is now realistic to expect that all computers with graphic display hardware capability will be making extensive use of computer graphics. The announcement of the IBM personal computer using 16-bit Intel 8088 microprocessor on August 12, 1981, can be regarded as a historic event, which had a profound effect in the world of computers. These computers significantly improved the state of display technology in the world of personal computers. The first IBM PC used Intel 8088 microprocessor, which was capable of addressing 1 Mega bytes in the address space and processing 16 bits internally. Two display adapters could reside in the address space: the Monochrome Display Adapter (MDA) and Color Graphics Adapter (CGA). While the MDA could display 25 rows of 80 column text, the CGA could display graphics as well as text. Several graphics modes were made available, including four-color graphics at a low resolution of 320 X 200 pixels and two medium resolution color graphics at 640 X 200 pixels. Since then, the 720 X 348 resolution of the Hercules Graphics Card (HGC) and 640 X 350 resolution of the Extended Graphics Adapter (EGA) have become common. In 1984, IBM released a Personal Graphics Controller (PGC) with resolution of 640 X 480 and with 256 simultaneous colors selectable from a palette of 4096. The next major change in PC display technology was announced by Apple Company in 1984, in which it has introduced the Macintosh PC. It was the first PC that does not include a text-based display but provided only a graphic display. The application Programs developed for the Macintosh advocated a WYSIWYG (What You See Is What You Get) style of interface. This concept has become a basic requirement in the area of desktop publishing (DTP). Later in 1987, IBM announced different models of their new PC's (models 30, 50, 60 and 80). In these models one of the protected mode screen groups provided a graphics based windowing system. IBM named it as Presentation Manager while Microsoft named it as Window Presentation Manager. Applications that use graphics can be written for the presentation manager and take advantage of the built-in graphics and dialogue box. The IBM PS/2 line of products introduced the following three new video standards l Multi Color graphics Array (MCGA) l Video Graphic Array (VGA) l 8514/A, a high resolution add-on board The PowerPC's from IBM, Apple and other vendors created a new standard for DTP computers. Graphic User Interface (GUI) like a Microsoft Windows 3.x choke a video adapter sitting on an 8-MHz, 16-bit ISA (industry Standard Architecture) expansion bus. ISA bus is now a bottleneck when it is mated with a 100 MHz Pentium processor. Local Bus Technology breaks the bottleneck by getting peripherals like video controllers up to clock speed. This allows the video controller to gain access to the CPU's 32 bit bus running on full clock speed, e.g. on a 33-MHz, 486 local bus PC a video controller could match the 33 MHz clock speed of the processor. Nevertheless, the video performance is enhanced to 15 times as compared with a standard VGA adapter. Two local bus standards are: VL-Bus, a standard proposed by VESA (Video Electronic Standard Association) Committee and PCI (Peripherals Component Interconnect) a brain child of Intel Corp. EISA (Extended Industry Standard Architecture) and MCA (IBM's Micro Channel Architecture) are similarly limited regarding the rate at which peripherals on the expansion bus can operate. A number of devices like LAN cards, Fax/Modem, CD-Rom interfaces, stereo sound Cards, and Multimedia video support are put in expansion slots to add functionality to personal computers. The user find it difficult to handle the complexities of IRQs, DIP switches, jumpers, and drivers. Apple has Plug and Play (PnP) as standard since 1987 to keep users free from configuration problems. PnP as proposed by Microsoft and Intel will make PCs easy to set up and configure, ease the task of installing new hardware and software, and ability to change configurations set up dynamically on a configuration event. Video/Graphic processing can be made faster in two ways: by using graphic co-processor and a graphic Accelerator. The graphic co-processor boosts video performance by assuming tasks normally handled by the CPU. An accelerator takes control of a graphic task otherwise performed by the CPU but it is not programmable. It is a fixed function processor and which carries out specific tasks hard-coded into the chip. The video adapters and monitors use analog signals and could generate 64 values for each of the primary colors RED, GREEN, and BLUE. The result is that these systems can present 256 colors simultaneously on the screen from a palette on 262144 colors. To provide visual interface, additional processing capability is to be provided to the existing CPU. The solution is to provide dedicated graphic processor. This helps in managing the screen faster with an equivalent software algorithm executed on the CPU and certain amount of parallelism can be achieved for completing the graphic command. Several manufacturers of personal computers use a proprietary graphic processor. For example, Intel 82786 is essentially a line drawing processor; Texas Instruments 43010 is a high performance general-purpose processor.
What are the main parts of tubelight?
choke (ballast),starter,tube light,tuble light socket holder and the tubelight mounting plate
Is tube light run without choke?
No it will not. If you need increase the supply voltage and remove the choke.
What do you say for tubelight in Hindi?
tubelight
What is the word in Telugu for tubelight?
Vidyut prakasha parikaramu
Working of choke in tubelight?
The choke works as an inductor(filter) induced 850V to 1100V in starting,by strarter make and break of the circuit. After glowing the tube light choke work as inductance and provide 110v to circuit, here the function of starter comes. It helps the chocke to brek from the circuit and to 110v from 850V.thankining U "Nikki"
What word for tubelight in Hindi?
Tubelight : प्रकाश नलिका prakaash nalikaa
Use of choke in tubelight?
Choke has got two functions. Initially it raises the ac voltage to some 350 V so as to initiate the discharge of electricity through mercury vapour. Once the discharge becomes activated then low voltage about 110 V is enough to maintain the discharge through mercury vapour. This is supplied by the same choke.
Why does a tubelight buzz?
A tubelight buzzes because it is filled with an inert gas and some mercury.
What happens when you open the stater from a glowing tubelight?
a tubelight consists of filaments at each of its respective ends. the function of the starter is to develop ionic discharge inside the tube to make the current flow. therefore once the tubelight is switched on and it glows. the function of the startea ceases and thus it can be removed. on removing a starter from the glowing tubelight the tubelight will continue to glow unless switched off. but once switched off the tubelight will require the starter to glow again on being switched on.
What word you can spell from butigelht?
Tubelight.
Can tubelight be operated as voltage reference?
no
What is an example of a cylinder?
cell,can,tubelight
