From a mathematical standpoint, such a question cannot have one answer since there are two missing variables; height and width, thus many combinations are possible. However, given that the ratio is usually about 1 1/3 to 1 (width versus height) for digital images, you can create a formula to get close:
3,600,000 = (x+1/3x)*x. I cheated and put that into a spreadsheet and entered numbers until I got close. It is about 1630 pixels high by 2173 wide.
Remove the decimal if there is one, then add 6 zeros if there's no decimal, 5 if there is. Can't imagine why you'd want to do this because the numbers are rounded anyway. For example, a picture taken at the maximum resolution and quality as a jpeg on a 3.1 MP camera is not really 3,100,000 pixels. This picture would likely be 2048 pixels wide x 1536 high, which is 3,145,728.
If you plan to have them on paper, 2 MP (Mega pixels) 1600x1200 Pixels- is good for high quality 4X6 inches picture, or acceptable quality 8X10 inches picture. 3MP (2048x1536 pixels) is good for high quality 8x10 inches picture and acceptable quality: 10 x 13 inches picture If you plan to view then on-screen, or share via email or website, (smaller size take less time to upload), less then 2MP (mega pixels) is better. Reduce the size to 800x600 pixels, 640x480 pixels or 320x240 pixels , because most computers today have a monitor resolution of 1024x768 pixels. Larger than that, means that is too large for the screen and you have to use your mouse to slide the bar up and down, left and right in order to view the complete picture. Rodrigo-Digo
It is the term used when we want to check the result of a printer... dpi means: Dots per inch. more dpi means that the printing power of a printer is or the result of the print is much more clear or have a high resolution. This term is also used in visual graphics... more dpi means that the more clear image or picture on our monitor screen, so that the result would be more better.DPI most generally refers to Dots Per Inch, a term applied to printing resolution. Specifically, it identifies the number of dots a printer can place on a page in one inch. Higher DPI means more detail and definition in a printed page.A related term, PPI, or Pixels Per Inch, is applied to video screens. PPI and "dot pitch" both indicate how much detail can be seen on a computer monitor or TV screen. Again, high PPI (and low dot pitch) indicates more detail and definition in video images depending upon the resolution of the video device.DPI can also refer to Deep Packet Inspection, which is applied to networks to analyze "packets" as they are routed through a network. Sometimes the packets are modified or deleted if they contain harmful computer instructions.Related links:https://en.wikipedia.org/wiki/DPIhttps://en.wikipedia.org/wiki/Dots_per_inchhttps://en.wikipedia.org/wiki/Deep_packet_inspectionDPI in computing terms means Dots Per Inch. It relates to the number of dots on each side of a 1 inch square, that are used to construct an image either on screen or on paper through a printer. The higher the DPI number - the finer the detail of the image.
Kandinsky used modern shapes like triangles or circles to represent something like a picture. By the way do you go to Todmorden High School?
An F Stop refers to a ratio used in a camera lens. It is concerned with the amount of light the lens lets in, how fast the camera can take a picture, and how much of the picture will be in focus. With pixels, it is possible to overcome some of the restrictions of film cameras. First, if you have a low f stop, like 1.2, and you have a lot of light, you can take a picture real fast. Only the object you focused the camera on will be in focus. If you use a high f stop, like 22, you will need to slow down your shutter speed. Your subject will be in focus and so will the background. The old point and click cameras had about a shutter speed of 1/125 of a second, a distance of 8 feet, and an f stop of about 8. The person would be in focus. The background would not.
This looks like the dimension of a high definition computer screen - 1366 pixels wide and 768 pixels high. A pixels is defined as a picture element.
Big as a breadbox
The size of the MSN icon (as of 2012) is 96 pixels high by 96 pixels wide.
It depends on the resolution of the picture - the number of pixels. At fairly high resolution only about 10 pictures.
Remove the decimal if there is one, then add 6 zeros if there's no decimal, 5 if there is. Can't imagine why you'd want to do this because the numbers are rounded anyway. For example, a picture taken at the maximum resolution and quality as a jpeg on a 3.1 MP camera is not really 3,100,000 pixels. This picture would likely be 2048 pixels wide x 1536 high, which is 3,145,728.
if we have the more pixels the resoultion will be more high
It has 16 mega pixels. (VERY HIGH)
Image size is the number of pixels your photo is - lets say you are comparing a 1 megapixel picture to a 7 megapixel picture. The 7 megapixel picture you could blow up to a poster and print it off - it wouldn't show all of the little squares or "pixels" your camera used to take it. The one megapixel would probably show all of the squares. Sort of like if you take a picture off the internet and try to stretch it out. It doesn't look that good. The more pixels on a camera - the better quality photo. Zoom is simply how far your camera can magnify an object far away. Usually it doesn't matter too much because if you have a camera that has a high number of pixels on it you can crop the picture of something you took far away and it will still be a high quality image. However if you don't plan on making too many posters of yourself anything around six or seven mega pixels will be just fine.
Absolutely, high definition camera are better than their quaint ancestors. High definition allows clearer picture, more pixels for more detail in photo or printing and a sharper focus.
pictures will have better quality because of an increase in the number of pixels and a change in the aspect ratio of the picture.
That would be "screen refresh" or 60hz for example. Resolution is the amount of "Pixels" or dots you can see. It would be similar to taking a "Normal" picture in a camera and taking a "High resolution" picture. The smaller the number, 640x480 the less pixels, pictures would not be as good looking. The larger the number, 1920x1080 the more pixels. The picture would have better detail. Kinda like the difference between watching a HD movie on a normal tube TV and watching the same movie on an HDTV.
The thing that makes an image high definition is when the image contains a large number of pixels. High definition images are considered to have 720 pixels or more.