1. 1Gb is 1 million Kb 2. The ratio of 1Gb to 1Kb is 1M. In general science and engineering, in which decimal representation of numbers dominates, the prefix "K" stands for "kilo" and refers to a factor of one thousand (i.e., 10^3); the prefix "G" stands for "giga" and refers to a factor of one (US) billion or one (UK) thousand million (i.e., 10^9). The ratio between these is thus one million or 10^6. The prefix for one million is "M" which stands for "mega." When referring to computer science and engineering, in which binary representation of numbers dominates, the prefix "K" usually refers to a factor of 1,024 (i.e., 2^10); the prefix "G" usually refers to a factor of 1,073,741,824 (i.e., 2^30). The ratio between these is thus 1,048,576 (i.e., 2^20). The prefix for this is "M" which stands for "mega."
1024 Mb = 1 Gb so 20020 = 19.55 I divided 20020 by 1024.
Although the question makes sense, with our current level of technology, and knowledge about how the brain works, it is more or less impossible to give a definitive answer. For example, about 10Mbits of information are transmitted along each optic nerve PER SECOND. But is transmission speed the same thing as processing speed? Research reported on the MIT website indicates that under certain circumstances, one measure of processing speed has registered as few as 60 bits per second. And on the other hand, the researcher has made it plain that he was not testing for the maximum processing speed across a variety of tasks. So we cannot assume that his results were representative of brain processing in general. An estimate on the University of Alberta website suggests that the average "clock speed" of neurons in the brain is a mere 200 firings per second - compare that with the clock speed of even a cheap desktop computer in 2010. But that's only part of the story, because the brain of an average healthy human being includes around 100 billion neurons, all connected to something like 1000 (or more) other neurons. 100 billion neurons all firing around 200 times per second gives a capacity of 20 million billion firings per second. Having said that, brain scans show only specific areas of the brain operating at a measurable level of activity at an given time. But does that necessarily mean that the other areas are doing nothing? What it may show is that the DEGREE of activity is related to the nature of the task, and therefore will be variable throughout the day (and night). So like I said, the question makes sense. But that doesn't mean we can give a nice neat answer right now.
about 42 farts
1GB is the same as 1,073,741,824 bytes I'm going to assume that you want to hold either pictures, music or video on your 1GB card. Because of it's limited amount of space the 1GB card is best used for storing pictures or audio files and not video. One hour of standard definition video at 2.2Mbit/s is about 1GB. It will also hold over 17 hours of compressed audio at 128 kbit/s. At the same time it will hold 1000 pictues at 1024×1024 pixel bitmap with 256 colors.
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It totally depends on the size of the video.
approximately 2 movies, depending on the quality of the video file.
You can store upto 350 songs.It depends on the size of each song.But if you store video songs then these take more space because each video song is 40 or 50mb so i think 15 or 20 video song can store in 1GB space.
An hour of standard video takes up about 1GB, while an hour of high-definition video sucks up 4GB
1GB holds about 1.5hours of video at 7 mega pixs so about 6hours
definately yes....
For gaming, no. For regular HD video streaming and web browsing, it should be fine.
yes it,s very good for gaming
I think the 1gb 2rx16 is best!