A mb is a measure of volume data storage. A second is a measure of time. It could be a fraction of an angle but that is unlikely in this context). An mb and second measure different things and, according to the basic principles of dimensional analysis, conversion from one to the other is not valid. 1 mb will hold a much longer time's worth of low quality audio than it will a high quality video.
10 megabyte is a measure of storage equivalent to 10*220 = 10,485,760 bytes but could be approximately 10 million bytes.
You could convert them to like fractions with a common denominator and compare the numerators or you could convert them to decimals and compare them.
Multiply by 25.4 to convert from inches to millimetres. Divide by 1 million to convert from millimetres to kilometres.
This is quite difficult to answer without knowing specifics. gcm could refer to either grams*centimetres, or grams/centimeter cubed. There is no direct conversion to grams, as the first g*cm is a measure of torque, and the second, g/cm3 is a measure of density, requiring knowledge of an initial cm or cm3 measurement to convert your number into grams.
A "megabit" is a short way to say megabits per second, or how many millions of bits can be sent or received in a second for an electronic connection. A megabyte is a unit that measures the size of files or the capacities of storage media. One megabyte equals 1048576 bytes, or 8388608 bits. These terms describe two different things and have no relation.Ans. 2The first answer is incorrect in several ways. It has not been blanked because contrasting right with wrong is sometimes the best way of making things clear.A bit is a short way to say one binary digit.A megabit is a short way to say 220 bits.mbps is a short way to say megabits per second.mBps is a short way to say megabytes per scondA byte is a number of bits treated together as a block or group. In the early days of computing a byte size could be whatever the designer wanted. (I once worked on a computer which had 6-bit bytes and 8-bit bytes at the same time ! Not designed by me.) Today a byte has settled at the 8-bit level.To convert bits to bytes simply divide by the byte size.Assuming we are not talking ancient history, 16 megabits is 2 megabytes.The reason for specifying transfer rates in mbps rather than mBps is that it immediately shows the rate at which information is transferred and at the same time removes the necessity for specifying byte lengths.
2010 MB = 1.96289062 GBUsing Google, you could just search "convert 2010 MB to GB" and it converts it for you.
A 1Mx64-bit memory chip contains <1,048,576> , or <2^20> 64-bit Lwords. You could express this either in terms of MegaBits or MegaBytes. In Megabits, 64Mbits because 1Mx64 = 64Mbits and divide by 8 to get the answer in terms of bytes. You divide by 8 because there are 8 bits in 1 byte. So a 1Mx64-bit memory contains 8 Mbytes, or 64 Mbits. If the width had been 1Mx32-bit, you would have 32Mbits, and 4 Mbytes.
A mb is a measure of volume data storage. A second is a measure of time. It could be a fraction of an angle but that is unlikely in this context). An mb and second measure different things and, according to the basic principles of dimensional analysis, conversion from one to the other is not valid. 1 mb will hold a much longer time's worth of low quality audio than it will a high quality video.
A hertz is one cycle per second. A megabyte is quantity of data or capability of storage if data. One cannot convert one term into another unless attempt to measure the same thing. The PC-AT operated at 6 million hertz, and could handle 12.6 MB of RAM. That would be a ratio of about 750,000 hertz per 1.5 mb of RAM, but that ratio is absurdm quite meaningless, as the RAM capacity of new computers has grown faster than the clock speed.
First off, contact your provider to see if this is 250 megabytes or megabits. Make sure it's bytes to avoid getting ripped off.. Anyway, it depends on what you do. An average 2 hour long movie is about 900 megabytes. If you commonly use the internet, you could use this up in less than a day. I would, personally, choose a better plan, depending on how often you use the internet.
Well 93.7 megabites is 93.7 megabites. You cant convert it. you could compress the files so what normally would take up 1 gigabite would take up 93.7 gigabites or less. I hope you mean bytes and not bites. Not considering that in computer world 1 kilo byte is actually 1024 bytes and not 1000 bytes, the easiest way is as follows: 1000 megabytes is 1 gigabyte. Therefore, 1 megabyte is 0.001 gigabyte. Hence 93.7 megabytes is (93.7x0.001) gigabyte which works out to be 0.0937 gigabyte.
A 63-minute CD could hold about 551mb.
, I am assuming you are asking this question based on the book Computer Organization and Design 4th edition, question 1.2.2. This question I believe is the second part to the first question question which asked "What should be the size of the frame buffer to store a frame" From that frame size, you can simply convert 2 GB to MB or bytes, and divide from your previous answer in question 1.2.1. Hope that helps.
Absolutely! Your router supports gigabit ethernet, which is far faster than even the fastest consumer internet connections, so you're fine.
yes you can.
If you are wondering how many MB's equal to 512KB's, you should divide the amount of KB's with 1000. So the answer is 512/1000=0,512 MB. I hope I could help.