Is it always necessary to find the LCD to compare the sizes of fractions?
602685
Not necessarily. If you can turn them into decimals, sometimes it's easier to compare them.\nFor instance, 4/8 = .5 and 5/9 = .55. Obviously 5/9 is a little larger, and you don't have to do all the math.
285441
With displays being reasonably priced, why not just invest in a better display?
814720
i do not think that the truelife display needs any additional resources, it's just that the lcd screen is better quality, picture contrast, clarity, sharpness increases., as also the viewing angle > which is most important\n\nmake sure u opt for this option, else display qualty suffers
928278
if you use the common denominator method , \nyou get\n\n3x/21 = 35/21\n\ntherefore 3x = 35 \n\nx = 35/3\n\n if you cross multiply you will get the exact same thing, but in other cases its not feasible to find the LCD and solve that way. Its not a good approach since you will end up with large fractions.\nlets say for example\n\nx/2773 = 1893/3926 \n \nThe least common denominator for this thing would just be a waste of ink
558024
right click on desktop and go to properties, then to settings , and move th eslider and press apply.\nbut you want to run an LCD at 60mhz. trust me , it will look perfect. and also find the NATIVE resolution and only run your lcd at the native resolution. on a 19 inch lcd it probably is 1280x1024@60
738146
720/900 > 4/5\n42/48     > 7/8\n13/52     > 1/4\n16/40     > 2/5\n16/30     > 8/15\n8/20       > 2/5\nLook for LCD [lower common denominators]. Otherwise, get a scientific calculator.
438560
__5 _ , x____\n9 – x2 6x+ 18\nI'll take a shot at what I think you are asking.  Is it write each of these two fractions: 5 over 9 minus x squared, and x over 6x + 18?\n\nIf so, factor each denominator: (I'll use x^2 for x squared)\n9-x^2 = (3+x)(3-x)\n6x+18 = 6(x+3)\n\nNote: x+3 = 3+x, so...\n\nThey share a factor of (x+3) so the LCD is 6(x+3)(3-x)\n\nFirst fraction missing 6, so multiply top & bottom by 6\nSecond is missing (3-x) so multiply top & bottom by (3-x)\n\nFirst: 30 over (6(x+3)(3-x))\nSecond: (3x-x^2) over (6(x+3)(3-x))
689168
Stick to lp and sp. Ep will start to give artifacts, especially in high information scenes like lots of action and a lotta objects in the scene.\n\nAlso is dependent on screen size. A bigger screen will reveal flaws a smaller screen will hide. As you see there are a lotta variables that affect the answer to your question.
815179
8 because 7/8 cannot be reduced to anything more simple, so the simplest fraction that can be multiplied to 1/4 to get a multiple of 8 on the bottom is 2/2 resulting in 2/8.  Therefore the lcd is 8
470336
I dont have a laptop I have a computer  but I know how to get the icons smaller click  on the background and to properties and settings then you'll see screen area.
166343
http://www.screentekinc.com/QD15XL04.html\n\nor\n\nhttp://www.lcds4less.com/quanta-laptop-lcd-screens/QD15XL04.shtml\n\nor\n\nhttp://www.impactcomputers.com/lcd-panels-quanta-lcd-panels.html\n\nor ...
68422
3M has a touch screen monitor out.  I must say that if they are calibrated correctly, touch screen is a great technology.  There shouldn't be any extra programming need for these, since the touch is like the click of a mouse.
740922
if you increase the number of displaying pixels, everything will be small surely. you can do nothing to stop it because it is the configuration of the computer. even if you bought a new LCD, it would be just like that
827479
The LCD is 40:\n(7/10*4/4)-(7/8*5/5)\n28/40-35/40=-7/40
930802
not necessary to have whole numbers...you can have decimals like 2.79 5.5 3.2 like these..all these depends on the key you used to represent the data
396786
No. If it's a CRT then black screens are good only for maintaining it;s lifetime. Other range of colours affect th eluminosity more rapidly. This was the reason for the initial screensaver (which was a blank screen, nothing else).\nNow in case it's not a CRT this is not a problem, neither it will comsume less power...
547795
there are many.\n\nSome are :-\n\nAnalog - supports only upto 16 bit high colour\nDigital -  supports more than 32 bits true colour\nLCD -  Slim Liquid Crystal display with digital support.\nPlasma - Same as LCT but with more higher resolutions and size.