mega byte
mega byte range
To store an image with 256 colors, each pixel can be represented using 1 byte (since 256 colors can be addressed with 8 bits). For an image with dimensions of 50 x 50 pixels, the total number of pixels is 50 * 50 = 2,500. Therefore, the total storage required would be 2,500 bytes.
That's called a digital image.
if you have too many bytes and have NO idea what to do, if you have any skill with doing so, you could try and decrease the size of the image to free up those 24 extra bytes that it uses.
what storage media uses laser beams to create three-dimension storage image
100KB (kilobytes) is equivalent to 100,000 bytes. In the context of digital storage, this amount of data can hold approximately 100 text pages, depending on the formatting. It's a relatively small size in today's standards, suitable for simple documents or small images. For comparison, a typical high-quality JPEG image can range from 100KB to several megabytes.
reducing teh resolution and/pr quality of that image.
To permanently store a digital image using the keyword "photographic image," you can save the image file in a secure location on a storage device like a hard drive or cloud storage service. Be sure to back up the image to prevent loss.
You can enlarge image in Image Size dialog in Photoshop, Image > Image Size. At top of window you will see current/new size in bytes. When you enlarging images be aware because you can loose quality.
Given a digital camera has a storage capacity of 256MB. That is, This camera has a storage capacity of = 256 x1024 x 1024 bytes. Since a single photograph consisted of 1024 pixels per row and 1024 pixels per column, then The number of pixels in one photograph is 1024 x 1024 . Since each pixel required three bytes of storage. Thus , A single photograph require the storage of = 1024 x 1024 x 3 bytes Now, The number of photographs could be stored in the camera = ( storage capacity of digital camera) / (storage required by single photograph) The number of photographs could be stored in the camera = 1024 x 1024 x 3 = 3,145,728 bytes per photo => 3,145,728/ 1,000,000 = 3.15 MB per photo => 256 / 3.15 = 81.26 => 81 photos per camera.
holographic storage
Ya the answer is 100kb=102400 bytes and convert image resolution 796*597=100kb