0.0625 MB
580.556 MBs
1 MB = 1024 KB hence 30720 KB = 30720/1024 = 30 MB
There are 1024 KB (Kilobytes) to a MB (Megabyte) therefore 130064 / 1024 = 127.015625 MB
64 kb
MBs(MegaBytes) Are larger than KBs(KiloBytes)
One Mb is equal to 1000 kbs.... so 117 Megabytes (Mbs) or .117 Gigabytes(Gbs)
64 megabytes = 65 536 kilobytes
19
65 536 Kilobytes
64
To calculate the number of address lines required for a 64 kB memory, first convert 64 kB into bytes: 64 kB = 64 × 1024 bytes = 65,536 bytes. The number of address lines needed can be determined using the formula (2^n = \text{total number of addresses}), where (n) is the number of address lines. Since 65,536 is (2^{16}), you need 16 address lines to address a 64 kB memory.
2,300 MBs in 2.3 GB