Please note that MB and GB are units of data storage, NOT of time. This question is usually relevant for audio and video files. It really depends a lot on whether it is music or video; and in both cases, on the quality. A typical MP3, in reasonably good quality, might take about 1 MB (note: 1 GB = 1024 MB) for every minute of audio; but it may also be several times more or less, depending on the quality. For movies, a DVD - which has a fairly high quality - uses 4.7 GB for a full movie (about 2 hours); Blu-Ray uses several times that amount (at an even higher quality). But movies are often ripped in a reduced quality (the quality still being quite acceptable), typically at around 200-400 MB per hour.
There is no answer to the question as posed, for the units of Time (hours), and Memory Capacity (GB) are incompatible, or at least un-related.
That really depends a lot on the video's size and quality. Take a sample of a video in the desired quality, and look how many MB it takes, and for how many minutes it plays. From there, you can extrapolate. (1 GB = 1024 MB)
9 zeros are in 1 gigabyte...1,000,000,000...10 hundred million.
7 pentasong
A gigabyte is a unit of information (storage), whereas minutes are time, so they aren't comparable directly. One gigabyte means either one billion bytes, or 2^30 =1073741824 bytes (often called a gibibyte, the "bi" meaning binary, so a giga-binary-byte). Each byte is made up of 8 bits where a bit can be one of two values, such as 1 or 0, or true or false, or yes or no. If you mean "how many minutes of music" or "how many minutes of video" can fit in one gigabyte, that depends. A simple rule of thumb is that using modern compression, 1 megabyte (1/1000th of a gigabyte) can store about one minute of music, or about 7 seconds of standard-definition video, or around 2.5 seconds of high-definition video (both video types including their corresponding audio tracks) . So, 1 gigabyte can store about 1,000 minutes (16 hours, 40 minutes) of music, or about 1.94 hours (1 hour, 53 minutes) of standard-def video, or about 33 minutes of hi-def video.
well 1 gigabyte is about 1.5 hours. scince 1 terabyte is 1000 gigabytes. then it should equale about 1,500 hours
1 GB hold 1 hour roughly
Hours are a measure of time, a gigabyte is a measure of storage space on a drive. The two can't be converted unless there's more to it, ie, how many hours of a certan kind of media will take up one gigabyte of hard drive space.
One gigabyte (1 GB) of data can hold approximately 4 hours of standard-quality video (like 480p) or around 1 hour of high-definition video (like 1080p), depending on the compression and encoding used. For audio, 1 GB typically can store about 250 songs, which translates to roughly 17 hours of music, depending on the bitrate. Therefore, the number of hours in 1 GB of data varies based on the type of content being stored.
That is a HUGE file. Many hours 30 hours + ?
Gigabyte cannot be converted to hours, they measure two separate things. Gigabyte is the amount of data something can hold, and hours is time of course. If you are asking how many hours a gigabyte can hold of a certain type of media like music or video, it will vary. It depends on the quality, with average mp3 quality sound you can fit about 17 hours. If you are talking about videos, if you have a DVD quality video, then you fit about 1 movie, or about 1.5 to 2 hours.
The number of hours of video that can fit into 3.6 gigabytes depends on the video quality and compression used. For example, standard definition video might require about 1 gigabyte per hour, while high definition video might use around 3 gigabytes per hour or more. Therefore, 3.6 gigabytes could hold approximately 3 to 3.6 hours of standard definition video, but only about 1 to 1.2 hours of high definition video.
30 hours or video...
10hours
Depends if you dealing with Music or Video, and it depends on the quality. In theory you could have 1 minute of video equal to 4.7GB, 10 hours, or more.
Gigabytes has no connection with time.
Gigabytes (GB) is not in any way related to time.