It has 16 mega pixels. (VERY HIGH)
about 16
This can vary wildly based on image format and other factors. For example, jpeg images can have smaller sizes (though lower quality) depending on how compressed they are. In the case of bitmaps, the amount of pixels that can fit into 100KB depends on its bit depth. A 1-bit 100K bitmap can fit 819,200 pixels. The 8-bit, 16-bit, 24-bit, and 32-bit bitmaps can fit 102,400, 51,200, 34,133, and 25,600 pixels, respectively. The general formula for how many pixels fit in an image of a certain size is as follows, for a bitmap: Pixels = [Size (in KB)] / [Bit Depth] x 8,192.
16
360p is either 230400 pixels for 16:9, or 172800 pixels for 4:3 display aspect ratio. Actual display surface may be less.
The Super Nintendo is a 16 bit game system.
(40 mega tons) x (2,000 pounds/ton) x (16 ounces/pound) = 1.28 mega mega ounces1,280 giga ounces1.28 tera ounces1,280,000,000,000 ounces
This is usually a specification on a digital camera that describes the maximum number of pixels that will be stored in a given image - in this case, 16 million pixels (mega = million). Theoretically, this means that the camera can store more information, so it brings more detail to an image that you take. However, other aspects of photography go much further towards capturing an accurate image, so don't base a camera purchase on megapixels alone.
There are 1024 megabytes in 1 gigabyte so 1024 X 16 = 16384 megabytes in 16 gigabytes.
1 Gigabyte = 1024 megabytes 1 Megabyte = 1024 kilobytes 1 kilobyte= 1024 bytes 1 byte= 16 bits
12 points = 1 pica 1 point = .013837 inches 72 points (6 picas) = .996264 inches (not 1 inch) 16 pixels = 1 picas 1 pixel = .75 points So a 12 point font equivalent is 16 pixels 1 pixel = .010416667 inches, therefore 96 pixels = 1 inch
It depends on the resolution of the picture - the number of pixels. At fairly high resolution only about 10 pictures.