That can vary a LOT, depending on the video's size (height and width, in pixels), as well as its quality.
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.
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)
It's not possible to say - some video is higher quality than others.
The answer depends on 800 MB of WHAT: low quality audio or high definition video?
That can vary a LOT, depending on the video's size (height and width, in pixels), as well as its quality.
A Skype video call download is about 10 MB per minute. This would equate to about 600 MB an hour.
According to Verizon's data calculator (http://www.verizonwireless.com/b2c/splash/datacalculatorPopup.jsp) one hour of streaming music a day for a month takes up 1.76 gb on a 3G or 4G smartphone. So just one hour of streaming music would take up 58.14 mb.
You can figure approximately 4.7 gigabytes for a 2 hour DVD and around 10 megabytes per second for a 3 minute video, on average. There's really too many factors to consider, like full video encoding or some other type of compression like DivX to take into consideration, so truthfully, it's hard to be exact. If you have them stored on your computer, go to the file, highlight it and right click. Then go to the properties tab and it'll tell you how large it is. Actually, ussualy a 2 hour movie(mp4 format) is about 0.8 gigabytes.(800 megabytes) And a music video is like 40 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.
It depends on what your doing. Streaming video like FaceTime could hog your 2 Gbs within 12 Hours. Downloading programs also absorbs data. Using sites like Facebook will not use many Megabytes.
The iHeartRadio app is a radio station streaming app. The data stream is 64 kbps, which is about 225 MB per hour.
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)
You can conserve mobile data usage by understanding how big of an file your uploading or downloading. These terms has been researched with my data calculator:1 Email (text only) 3 KB - 20 KB1 Email (text and photo attachment) 320 KB - 450 KB1 Webpage 145 KB - 3 MB1 Minute of streaming music 500 KB - 1 MBHigh Resolution Photo Upload/Download 1 MB - 3 MB1 minute of streaming video 2 MB - 5 MB1 minute of streaming HD video 4 MB - 7 MB1 Download ( No explanation but determined by size of download)
It depends on the quality.
The duration of a video in minutes depends on several factors, such as the video resolution, frame rate, and compression method used. On average, a 10 MB video could range from a few seconds to a couple of minutes in duration. To calculate the exact length, you would need to know the specific details of the video file.
That really depends on the transmission quality. A typical MP3 (stored on the computer) may have 1 MB per minute, but it may have more, or less, depending on factors that affect the quality (bitrate, sampling rate, compression). The situation is probably similar in the case of live transmission.