[ch3nh3+][oh-] / [ch3nh2]
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.
no many is not a conjunction and or and but are conjunctions
None, one or many - including infinitely many.
Many to many relationship in DBMS is usually a mirror of the real-life relationship between objects that tables represent.
1,048,576 KB
There are exactly 4194304 kb in 4 gb. There are approximately 1,000,000 kb in a gb. There are 1024 bytes in a kb, 1024 kb in a MB, and 1024MB in a GB
How many kb are there in 4gb?
there are 7516192 kb in 7 gigabytes
How many Kb is 3.20 mb? is Gb
Since there are 1000 bytes in KB, 1000 KB in a MB, and 1000 MB in a GB, there are 1000000 KB in a MB.
If there are 1048576 KB in 1 GB it would be 3145728 KB in a 3 GB
1.2gb 1291498 kb 1291.498 mb 1.291 gb
There are 0.06 gb in 60000 KB. GB stands for gigabytes while KB are the initials used for kilobytes which are units of measuring data.
1mb = 1024kb and there are 1024 mb in a Gb. So in all there are 1,048,576 kb/GB
1000 kb = 1 mb, 1000 mb = 1 gb. 8000 kb = 8 mb = 0 gb.
400000 kb = (400000 / 10242) gb = 0.38146972656 gb