You can determine the file size of an audiobook by checking the properties of the file on your computer or device. The file size will be displayed in bytes, kilobytes, megabytes, or gigabytes depending on the size of the file.
you should know i do
1073741824 bytes or 10243 bytes or 230 bytes
1024 bytes
536870912 Bytes
1024 bytes
# Find the TRT, or Total Run Time, of the audio book in seconds.Duration of Audiobook in seconds: _____# Find the bitrate (in kilobits per second, or kbps) of the audiobook. Many are 32kbps. Some are as high as 128kbps. Jump to the bottom for a quick summary of how much your iPod can hold, or if you're not interested in doing any math.Bitrate of Audiobook recording: _____# Multiply the number of seconds by the bitrate to find the total size of the audiobook in kilobits.Size of Audiobook in kilobits (#1 multiplied by #2): _____# Divide the size of the audiobook in kilobits by 8,000,000 to find its size in player GB. If the answer is less than 1, you win!Size of Audiobook in GB (#3 multiplied by 8,000,000): _____At 32kbps, a 1 GB player can hold roughly:250,000 seconds = about 69 hoursAt 128kbps, a 1GB player can hold roughly a quarter of the above:62,500 seconds = about 17 hours and 20 minutesNote: GB for mp3 players like the iPod are usually marketed as measuring GBs differently than your computer does:1 GB = 1,000,000,000 bytes, iPod.1 GB = 1,073,741,824 bytes, Computer.
how many bytes are needed to structure PCB Also explain different purposes of these bytes
125000 bytes Wrong. 1MB has 1048576 bytes.
128 megabytes equals 134,217,728 bytes.
1027254 bytes equals .97 megabytes
847,263 bytes is 827.405273KB 1 kilobyte is equal to 1024 bytes. Bytes / 1024 (bytes in a kilobyte) = kilobytes 847,263 bytes / 1024 (bytes in a kilobyte) = 827.405273 kilobytes
1048576 bytes