depends on the resolution which is the "dots" or "line screen" per inch used to print with - much debate over the correct resolution for printing due to so many types of printing and printers - i find if in doubt go with 300 ppi (pixels per inch) in your image and you will get acceptable results 99.99% of the time - no regular printer uses more than this (a 2400 dpi image setter actually is only a 300 dpi output because it has a line screen of 8 (2400/300) so take dimensions of you CD cover, multiply by 300 - then allow a bit for bleeding off the edges so you dont get the white edges - also keep in mind the pixels/dots per inch are not exact with the printers so the final print may actually be smaller or larger than you calculated - so do a test print and adjust the pixels up or down as needed also be aware that what is square on your moniter screen may not print square from a printer as the actual dots per inch on the printer are usually not perfectly square - so once again do a test print and adjust pixel dimensions as needed - you can test your printer by having it print a perfect square as large as the printer paper will allow - then measusre the sides to determine the ratio of lenght to width then you can use that ratio to help calculate exact pixel sizes for that printer
About 1.21 gigawatts
it depends on the CD ... check on the CD cover case
how many pixels are in 700K
it is 150xa50 pixels.
12 pixels tall 12 pixels wide.
786432 pixels
0.48
89.3009 grams - or ~3.15 ounces
3.15 ounces or 89.3009 grams
0.3 megapixels
To find the number of pixels in an image, multiply the width of the image in pixels by the height of the image in pixels. This will give you the total number of pixels in the image.
10.2mp = 10.2 mega pixels