Moreton Bay Symphony Orchestra - MBSO - was created in 2012.
1047511040 byte1024byte = 1 kb1024KB= 1 MBso:1047511040/1024 = 1 022 960KB1 022 960/1024 = 998,984375 MB
It is a common misconception that1 gb = 1000 mbso then200000 mb = 200 gbAlthough most storage drive manufacters will use this to make there drives seem bigger, the actual conversion is1 gb = 1024 mbso then 195.3125 gbeasier to round up right?
1.4 GB(1) On April 25, 2010 at 7:29 pm Karusai [1] said:Here is the problem with your answer of 1.4: We do not have enough information. Is it RAM you are speaking of or is it your File Storage Space (Hard Disk Drive)? The difference is HDD manufacturers base their storage space on 1,000 Mb's 1 Gb, where-as Windows Operating System's read it on a 1,024 Mb 1 Gb. This gives us the false impression that we are buying a 80 Gb HDD when we are buying a 78.125 Gb HDD in terms of how the OS perceives the file size. So, if you were speaking about RAM, and NOT File Storage Space, the correct answer would be 1.3 (technically 1.37).With that said, the ONLY time someone refers to 1,000 Mb's being 1 Gb is when they are speaking in terms of how the Hard Drive manufacturer's define a Giga Byte, which is still technically wrong. This is why:Windows File: 1 Gb 1024 MbHDD Manufacturer: 1 Gb 1000 MbSo, if you go buy a storage device that is rated by the manufacturer as being 8 Gb's and want to put an 8 Gb game, video, or other on it, you will be short by 192 Mb's, which could cause a fatal error during the copy process and render it useless.
The freezing point of salt water varies depending on how much salt is in the water. For example, water that is 3500 parts per million salt (avg. amount in seawater) will freeze around -2 degrees Celsius (28 degrees F). Water with an extreme amount of salt in it, like in some lake waters in Death Valley CA, with 300,000 ppm, will freeze at -20 to -30 degrees C (-4 to -20 degrees F).The degree Fahrenheit (°F) is a unit of temperature named for the German physicist Gabriel Fahrenheit (1686 - 1736). In the Fahrenheit scale of temperature the freezing point of water is 32 degrees and the boiling point is 212 degrees, placing the boiling and melting points of water 180 degrees apart. Zero degrees Fahrenheit indicates the lowest temperature Fahrenheit could obtain by a mixture of ice and salt.That depends on a number of factors including the concentration of salt in the water and the type of salt in the solution. Sodium Chloride (NaCl) can exist in aqueous (water-based) solutions with concentrations ranging from 0% to about 23% by weight. The maximum concentration, which corresponds to the saturation point for the solution, is dependent on temperature. The freezing point for a 23% NaCl solution is about -21 degrees C.The salt that highway authorities apply to roadways depends on the expected minimum temperature. For roadway temperatures below -12 degrees C, authorities do not use Sodium Chloride but may use Calcium Chloride instead because it remains effective at lower temperatures.The freezing temperature of seawater also depends on salinity (salt concentration) as well as pressure.