it doesn't matter if you use a 5 or 3 vault or if you use a 2000 mb charger after using a 1500 mb charger or vise versa
Answer:There are 8-bits in One byte. 40/8=5. However this actually translates to 4.77MiB(mega-bytes)40 mega-bits does NOT equal 5 Mega-Bytes! However it DOES now equal 5'Mb'.Here's why:1024 Bytes to each Kilo-Byte, 1024 Kilo-Bytes in each Mega-Byte, 1024 Megas in each Giga and so on to Terra, exa, peta.....Thus you must divide that 5 million bytes by 1024 a few times to get the relevant value.REASON FOR CONFUSION:This confusion has arisen from Hard Drive manufactures in the early 2Ks. They would cut corners to make more profit by mis-representation.Which is why IEEE was forced to change the Standards to say MiB, GiB, etc instead of the classic KB, MB, GB etcEXAMPLE:Say you have a 40GB drive...It's not actually 40 Giga-bytes; it's 40.0 Billion bytes. Which translates to ~37.25 Gigs.Thus the drive was slightly cheaper to manufacture and the un-aware consumer purchased it all the same. It still happens to this day. Just read through customer reviews on any website which sells Hard-Drives"The More you Know" :)-Glytch
5 min
There is a total of 5 fifa soccer games.
after about 5 min.
Two gigabytes includes about two thousand megabytes. Two gigabytes is a unit of memory, not time.If you are talking about video, it greatly depends on what format you are storing it in.For example, in the P2 recording medium,DVC Pro runs about .25 GB/min.,DVCPro HD or 720PN24 runs about .4 GB/min.,DVCPro50 or DVCProHD 720P30 runs about .5 GB/min andDVCProHD 1080i60 or 720P60 runs about 1.0 GB/min.Hope these specifics are helpful.
5 kilobytes = 0.0048828125 megabytes
The concept of converting data storage (megabytes) to time (minutes) is not straightforward as it depends on the type of data being measured. If we assume an average data transfer rate of 1 megabyte per second, then 25 megabytes would take approximately 25 seconds to transfer. However, if we consider streaming video content, which typically uses around 5 megabytes per minute, then 25 megabytes would equate to about 5 minutes of video playback.
1 MB = 8388608 bits 1 kb = 1000 bits 5 MB / 56 kbps = 5*8388608 / 56000 = 41943040/56000 = 749 s = 12 min
5 terabytes equals 5,242,880 MB
exactly 5120 MB in 5 GB
There a 5120 megabytes in a gigabyte.
5120 Megabytes
5 MB equates to 5,120 KB
5
5 gigabytes = 5120 megabytes
Impossible to say without knowing the aspect ratio, colour depth and frame rate. You also have to factor in the audio interleave, if any. As an example, an uncompressed hi-definition video with an aspect ratio of 1920 x 1080, 24 bits per pixel occupies 49,766,400 bits per frame. At 24 frames per second, that's 71,663,616,000 bits per minute. If the audio is uncompressed stereo with a sample rate of 41.1 KHz and 16 bits per channel, that will consume 1,315,200 bits per second which is 78,912,000 bits per minute. So 1 minute of uncompressed audio and video will consume a total 71,742,528,000 bits which is 8,967,816,000 bytes, approximately 8,552.37 megabytes (8.35 gigabytes). MPEG compression makes the calculation much more difficult because MPEG uses variable rate compression. Thus the storage requirement will vary from one minute to the next.