The native resolution, which is the actual (and fixed) number of pixels built into the monitor.
the best resolution of a monitor is the maximum it can handle, i.e 1920x1080 would be best on a hdtv or a monitor which has its maximum of 1920x1080.
The resolution is the pixel dimensions of the display screen. It typically has a native pixel revolution of 1920x1080. It also depends on the inches in diameter of the LCD monitor. You can also use an HDTV as a computer monitor.
Use your monitors native resolution.
CRT: Use more power, lower resolution LCD flat screen: price
Yes, you can indeed use your lcd monitor with your home computer. It is very popular.
Yes and no. A monitor can support several different screen resolutions. A CRT monitor can technically support any screen resolution sent to it, although the screen may be unreadable at extremely high resolutions. An LCD monitor supports a strict number of resolutions, but almost always more than one. The resolution that your screen actually uses (or tries to use) is specified by the video card, not the monitor. So purchasing a high-definition monitor won't do you any good if your video card is only capable of displaying 1024x768.
A USB LCD monitor would be used for a quick monitor that has plug-and-play capabilities. One could simply plug in the monitor for speed and unplug it when done.
The best is a light felt rag, you can get them with Jewelry cleaning kits.
About 100w for a cathode ray tube and 60w for an LCD.
Unlike the CRT monitor, LCD doesn't use as much power. So, the battery of the laptop is enough to power its LCD monitor. There is a power supply cables within the laptops. That cables carry the power from the battery to its LCD monitor and other power needed devices. It is the simplest answer of how is the LCD on the laptop powered?
A LCD monitor runs at a lower meg hertz and might be as bright, you can always go with a high MAC LCD monitor that a lot of professional graphic designers use.
CRT monitors use a beam of electrons to form the picture - LCD's use microscopic pixels. CRT's need large amounts of electricity to form the picture - LCD's work with low voltages.