Computer screens have higher resolution and precision than TV screens. There are many technologies for both uses.
Computer Monitors are capable of accepting signals only from the central processing unit of a computer. Therefore they are unable to reproduce a colour image from a composite video signal whose waveform conforms to a broadcast standard (NTSC, PAL, D-MAC, etc.).
Computer monitors are fitted with connectors characteristic of data processing systems (eg. DINorDB9/15 also called MINI SUB D15Connectors) and do not have an audio circuit.
They are controlled by special adaptors (eg. monochrome or graphic adaptors), which are integrated in the central processing unit of the automatic data processing machine. . Their display pitch size starts at 0.41 mm for medium resolution and gets smaller as resolution increases.
Sor to accommodate the presentation of small, yet well-defined images, computer monitors utilise smaller dot (pixel) sizes and greater convergence standards than those applicable to television receivers. In computer monitors, the video frequency (bandwidth), which is the measurement determining how many dots can be transmitted per second to form an image, is generally 15 MHz or greater. But in case of TV or video monitors, the bandwidth is generally not more than 6 MHz.
The horizontal scanning frequency of these monitors varies according to the standards for various display modes, generally from 15 kHz to over 155 kHz. Some are capable of multiple horizontal scanning frequencies. Horizontal scanning frequency of video/TV monitors is fixed, usually 15.6 or 15.7 kHz depending on applicable television standard.
Monitors are the old school bulky computer screens which resemble older tvs. A panel is a monitor which is thin and has a flat screen. Regardless of which one it is, any screen used for a computer is considered the monitor.
They dpon't make LED screens yet just LCD and plasma screens.
a noise of a computer is lower than atelivision
Some people may use the terms flat screens and flat panel interchangeably, but they actually refer to two different things. The term "flat screen refers to a computer monitor or television screen that is flat, without curves. Thus, a CRT monitor could be refered to as "flat screen." A flat panel, on the other hand, refers to a computer monitor or television (LED and plasma) with a thin body.
CRT monitors are the old traditional fat monitors that look like TVs, and TFT are flat screens.
The best flat screens to use with a computer are high definition flat screens if you want to watch TV episodes and movies. If you want to simply surf the web or do personal sites you will need a normal screen.
The best place that will fix television screens is at the local Future Shop. At Future Shop, they have specialists that will repair or replace broken computer monitors, iPads, iPhones and television screens.
RGB is specifially suited to computer screens or televisions, it is not for printing.
Computer monitors have higher resolution (more lines or pixels) than television monitors (screens or tubes). Computer monitors also have the ability to "address" (pinpoint and turn on/off or color) every pixel (single dot of color on the screen). Television monitors do not have that precision.
Paper, dollar bills, computer and TV screens, and football fields.
HDTV's have rich colors and more details and flat screens bigger and best picture. and normal tv's dont theres alot of cheap hd tvs check your local tv store
I would like to argue that and say why wouldn't it. It has parts, chips, screens similar to a computer and computer is in involved in science. So, why wouldn't the tv be involved in science?