No, that's the maximum speed the disc can be reliably written at. If you tried to force the PC to burn to the CD at a faster speed, the data may be corrupt. It has no bearing on the speed the PC reads it at.
50x (or any #x) is an indication of the speed of a drive. On a CD-ROM drive that is only capable of reading CDs, it is specifically referring to how fast the drive spins and reads the drive. 1x was the speed of the first CD-ROM drives (500 RPM and 150 KiB/s), and is still the speed used by most stereos when playing an audio CD. A 50x CD-ROM drive reads the disc approximately 50x faster than than the first drives.Other speeds can be labeled on a drive such as CD writing capabilities (how fast it can write to a disc based on the 500 RPM/150 KiB/s rate), DVD reading capability (based on speed relative to the first DVD drives) and writing DVDs (based on 1350 kB/s for 1x).
It is -50X-110.
5x
The 50X maximum speed, 5.25-inch half-height form factor CD-ROM drive features high data transfer rate up to 7, 500 KB/Sec.
4 x 3 = 12 so 12 + 50x = 250 so 50x=250-12 50x = 238 x = 238/50 x = 4.76
If that's 100 + 50x, it factors to 50(2 + x)
CD drives are supported via a class driver; the operating system does not care what speed the drive is.
18t + 4x -47t + 50x = -29t + 54x
velocity proportional to square root of diameter
sqrt of the fourth power = square So the answer is (50x)2 = 2500x2
Usually you need to dilute from a 50x stock. On that case dilute: For 500mL: 10mL 50x TAE + 490mL H2O For 1L: 20mL 50x TAE + 980mL H2O
16.6667