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1 Mbps is one million bits per second. This is bits, not bytes. KB is often taken as 1024 bytes, rather than 1000; for additional accuracy, you may want to take this into account.
So, assuming a line of 1 Mbps, you can transmit 1,000,000 / (8 x 1024) kilobytes every second, or about 122 KB/sec. For 2 Mbps, multiply this by 2, etc.
To find how long a certain file will take, divide the size of the file by the speed (in KB/sec.). For example, if the file has 244 KB, with the above numbers it should take 244 / 122 = 2 seconds to transfer the file.
There is some additional overhead in file transmissions, which is hard to quantify; in part, it depends on the quality of the internet connection.
1 Mbps is one million bits per second. This is bits, not bytes. KB is often taken as 1024 bytes, rather than 1000; for additional accuracy, you may want to take this into account.
So, assuming a line of 1 Mbps, you can transmit 1,000,000 / (8 x 1024) kilobytes every second, or about 122 KB/sec. For 2 Mbps, multiply this by 2, etc.
To find how long a certain file will take, divide the size of the file by the speed (in KB/sec.). For example, if the file has 244 KB, with the above numbers it should take 244 / 122 = 2 seconds to transfer the file.
There is some additional overhead in file transmissions, which is hard to quantify; in part, it depends on the quality of the Internet connection.
1 Mbps is one million bits per second. This is bits, not bytes. KB is often taken as 1024 bytes, rather than 1000; for additional accuracy, you may want to take this into account.
So, assuming a line of 1 Mbps, you can transmit 1,000,000 / (8 x 1024) kilobytes every second, or about 122 KB/sec. For 2 Mbps, multiply this by 2, etc.
To find how long a certain file will take, divide the size of the file by the speed (in KB/sec.). For example, if the file has 244 KB, with the above numbers it should take 244 / 122 = 2 seconds to transfer the file.
There is some additional overhead in file transmissions, which is hard to quantify; in part, it depends on the quality of the Internet connection.
1 Mbps is one million bits per second. This is bits, not bytes. KB is often taken as 1024 bytes, rather than 1000; for additional accuracy, you may want to take this into account.
So, assuming a line of 1 Mbps, you can transmit 1,000,000 / (8 x 1024) kilobytes every second, or about 122 KB/sec. For 2 Mbps, multiply this by 2, etc.
To find how long a certain file will take, divide the size of the file by the speed (in KB/sec.). For example, if the file has 244 KB, with the above numbers it should take 244 / 122 = 2 seconds to transfer the file.
There is some additional overhead in file transmissions, which is hard to quantify; in part, it depends on the quality of the Internet connection.
Wiki User
∙ 14y ago
Wiki User
∙ 14y ago1 Mbps is one million bits per second. This is bits, not bytes. KB is often taken as 1024 bytes, rather than 1000; for additional accuracy, you may want to take this into account.
So, assuming a line of 1 Mbps, you can transmit 1,000,000 / (8 x 1024) kilobytes every second, or about 122 KB/sec. For 2 Mbps, multiply this by 2, etc.
To find how long a certain file will take, divide the size of the file by the speed (in KB/sec.). For example, if the file has 244 KB, with the above numbers it should take 244 / 122 = 2 seconds to transfer the file.
There is some additional overhead in file transmissions, which is hard to quantify; in part, it depends on the quality of the Internet connection.
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