Movies come in different qualities; the amount of kilobytes or megabytes per minute can vary widely. I suggest you get a sample of a movie in the desired quality, and divide the file size by the number of minutes, to get an idea. For your calculations, note that 1 Gigabyte = 1024 Megabytes - which you can round to 1000 for most practical purposes.
The storage space per minute varies a lot depending on the quality of the sound; but for a typical MP3, you can calculate about a MB per minute. That would give you about 30 MB for half an hour; in other words, much less than one GB.
The space required for 1,000 songs depends on the file format and quality. For example, an average MP3 song at 128 kbps typically takes up about 3-4 megabytes, totaling around 3-4 gigabytes for 1,000 songs. Higher quality formats like WAV or lossless audio can require significantly more space, potentially exceeding 10 gigabytes for the same number of songs. Thus, the total space can vary widely based on the audio quality chosen.
A gigabyte is a measure of infomation [storage]. An hour is a measure of time. The two measure different things and, according to the basic rules of dimensional analysis, conversion from one to the other is not valid. There would be a huge difference between the storage requirements of basic audio and high quality video, for example.
Try using an audio converter from Nch audio. What version of Traktor are you using? I believe that the recordings are saved in MP3. DJ FLIP Housepartykings.com
To calculate a time code, you need to determine the hours, minutes, seconds, and frames of a video or audio segment. Time code is typically formatted as HH:MM:SS:FF, where HH represents hours, MM represents minutes, SS represents seconds, and FF represents frames. To convert total seconds to a time code, divide the total seconds by 3600 for hours, then use the remainder to find minutes and seconds, while considering the frame rate to convert any remaining seconds into frames. For example, at a frame rate of 30 frames per second, 1 second equals 30 frames.
about 500 minutes
a lot more than u think it is mate!!
The concept of measuring time in gigabytes is not accurate. A gigabyte is a unit of digital storage capacity, not time. It represents 1 billion bytes of data. Time is measured in units such as seconds, minutes, and hours.
Using the average audio rate (128k per second), 10 minutes takes up a mere 10 megabytes, or a scarce 100th of a gigabyte. Remeber: It is usually 1 minute for 1 megabyte.
Disc nameCapacityCD … 7474 minutes of uncompressed audio or ≈650.3 MiB of data (681984000 bytes).CD … 8080 minutes of uncompressed audio or ≈703.1 MiB of data (737280000 bytes).CD … 9090 minutes of uncompressed audio or ≈791.0 MiB of data (829440000 bytes). Disc size cannot be detected automatically and disc needs to be burned using the "Overburn" option.CD … 9999 minutes of uncompressed audio or ≈870.1 MiB of data (912384000 bytes). Disc size cannot be detected automatically and disc needs to be burned using the "Overburn" option.DVD-R (DVD-5)4.7 GB ≈ 4.38 GiB 1) of data (4707319808 bytes).DVD+R (DVD-5)4.7 GB ≈ 4.38 GiB 2) of data (4700372992 bytes).DVD … DL (DVD-9)8.5 GB ≈ 7.95 GiB of data (8543666176 bytes).HD-DVD Single Layer15 GB ≈ 14.0 GiB of data (15076554752 bytes).HD-DVD Dual Layer30 GB ≈ 31.1 GiB of data (33393473536 bytes).BD Single Layer25 GB ≈ 23.3 GiB of data (25025314816 bytes).BD Dual Layer50 GB ≈ 46.6 GiB of data (50050629632 bytes).
Storage limits do not translate into time limits. It depends on the quality of the video, and the quality of audio. I would say somewhere around 12 hours of video tape high quality + high quality audio.
There is no direct correlation between the binary size of a file and its length. Depending on whether you are referring to audio or video, and the quality and compression settings used, there can be an infinite number of possibilities.
desktop
a long time
A standard music CD has a capacity of about 700 megabytes (MB), which is equivalent to approximately 0.7 gigabytes (GB). This allows for around 80 minutes of audio, depending on the encoding and format used. However, the actual amount of data can vary slightly based on the specific content and formatting of the CD.
If you rip audio to 128kb/s stereo mp3, you get about 1 minute per megabyte. 4 hrs X 60 minutes in an hour = 240 minutes = about 240 megabytes = less than .25 of a gigabyte. Even less if you rip at a lower bitrate and mono (sound quality is not usually a hugely important issue when it comes to audio books) Now if you rip as .wav file, which is uncompressed, you can multiply those figures by about 10
The storage space per minute varies a lot depending on the quality of the sound; but for a typical MP3, you can calculate about a MB per minute. That would give you about 30 MB for half an hour; in other words, much less than one GB.