Conventional Television sets use a Cathode Ray Tube for the display just like CRT monitors which makes the device bulky requiring the picture tube to be supported with sufficient framework (ie : Plastics). This is not the case with LCD panel displays or Plasma displays, reason being lighter and totally different technology used. Thus the Actual visible area will be a little smaller on a CRT when compared to the LCD/Plasma. Eg : A 14" monitor (CRT) would actually refer to the total display area of CRT tube and the final visible size of the screen would be smaller than 14", as the tube is supported by the Plastic frame. Whereas a 14" LCD monitor would have a visible screen size of 14" itself. Thus the above example of Actual size in terms of Display area and Visible area should answer the above question. Any corrections or more updates are most welcomed. None of the above answers the question of "screen size." What are the dimensions of a 42" widescreen? 32"? Who cares about CRT?
If you mean screen size, laptops can range anywhere from a 10.1 inch screen to a 17.3 inch screen.
This mount is compatible with 26" to 32" television displays.
screen size of any computer or tv screen is measured along the diagonal. so screen size 14 inches means that the length of the diagonal of the screen is 14 inches
If you mean a TV's actual size, you measure the screen diagonally
If you're talking in terms of the size of the actual monitor in Inches then no, but if you mean by increasing the resolution then yes it Will.
If you mean the screen size, then it is measured by the diagonal of the screen from corner to corner.
Don't know what you mean by actual size. It could be 80 x 10, but could be any shape.
if you mean the actual image? Nope.. not on the bill.
M means medium, and is a reference to the width of the shoe, not the actual size.
Phaneritic refers to igneous rock grain size,which is visible with the naked eye.
I am guessing you mean it is not visible. Just drag the mouse to the bottom of the screen and it should appear.
It means that the object you are observing is shown at 100 times its actual size.