960 x 640 pixels = 614,400 pixels
yes, because 800x600 has more pixels per inch than 800x480
480 - 40% = 480 x (1 - (40/100)) = 480 x 0.6 = 288
Both of these are acceptable for 640:2 x 2 x 2 x 2 x 2 x 2 x 2 x 5 = 64027 x 5 = 640
480
Just multiply 640 x 428 = 273,920 pixels or 0.27 MegaPixels.
I assume You mean, Which Comes first Height or Width? Typically when speaking its Width First then Height. Example: When someone is describing the resolution of the Computer monitor they may say I have my resolution set at 640 by 480 (640 x 480) This refers to the WIDTH x HEIGHT of the pixels in the resolution (640 Pixels Horizontally/WIDTH & 480 Pixels Vertically/HEIGHT)
VGA means Video Graphics Adapter or Video Graphics Array. (640 X 480 Mega Pixels) or (307,200 Mega Pixels)
VGA means Video Graphics Adapter or Video Graphics Array. (640 X 480 Mega Pixels) or (307,200 Mega Pixels)
960 x 640 pixels = 614,400 pixels
You simply have to multiply it and then divide by 1000. Its like the 2 million pixels from Sony LCD Bravia. Its some multiplication that reaches the 2 million mark to give that unmatched picture quality.. the reason for its success.. your answer should be 1228 according to my calculation. My answer (different from above)2048 x 1536 - 3 megapixels 1600 x 1200 - 2 megapixels 1280 x 960 - 1 megapixel 640 x 480 - VGA
The Creative Labs Vado Pocket Video Camcorder gives you a resolution of 640 x 480 pixels.
A VGA monitor (video graphics array) typically displays pictures in 640 x 480 pixels, or an even smaller 320 x 200 pixels. SVGA (super video graphics array) monitors are simply a higher resolution monitor, and display pictures at 800 x 600 pixels.
640 X 480
640 x 480
An iPhone 5 pixels is 640 x 1136 pixels or about 326 ppi (pixels per square inch). That is 727,040 pixels.
480 * 640 * 24 * 60 = 442 368 000 bits of bandwith is needed. by YuvZ