cubic decimetre造句

• No, that is not how the notation works . dm & sup3; means a cubic decimetre in standard SI notation.
• One cubic decimetre is the same as one litre . " & ?! 16 : 38, 19 March 2006 ( UTC)
• One litre of liquid water has a mass of almost exactly one kilogram, because the kilogram was originally defined in 1795 as one cubic decimetre of water at the temperature of melting ice.
• A cubic decimetre ( or litre ) occupies a volume of 10 & times; 10 & times; 10 centimetres ( see figure ) and is thus equal to one-thousandth of a cubic metre.
• A litre is defined as " a special name for a cubic decimetre " or 10 centimetres ?10 centimetres ?10 centimetres, ( 1 L a " 1 dm 3 a " 1000 cm 3 ).
• The "'litre "'( SI accepted metric system unit of volume equal to 1 cubic decimetre ( dm 3 ), 1, 000 cubic centimetres ( cm 3 ) or 1 / 1, 000 cubic metre.
• In 1964, at the 12th CGPM conference, the original definition was reverted to, and thus the litre was once again defined in exact relation to the metre, as another name for the cubic decimetre, that is, exactly 1 dm 3.
• The metric definition of exactly cubic decimetres ( also after the litre was redefined in 1964, H " ) was adopted shortly afterwards in Canada, but from 1976 the conventional value of was used in the United Kingdom until the Canadian convention was adopted in 1985.
• The common non-SI metric unit of volume, the litre, is defined as one cubic decimetre ( however, from 1901 to 1964, there was a slight difference between the two due to the litre being defined with respect to the kilogram rather than the metre ).
• Although for the most part they are ignored in everyday life, it was not possible for education in the logical construction of the metric system to ignore the metric prefixes deci, centi, hecto and deka, since the derivation of the litre is dependent upon the knowledge that it derives from the volume of a cubic decimetre, i . e . 1000 cubic centimetres.
• :: The Official brochure for the International System of Units, on page 141 of the English version, states that the 12th General Conference on Weights and Measures ( CGPM ) abrogated the former definition of the litre, the volume of 1 kg of water under specified conditions, and " declare [ d ] that the word'litre'may be employed as a special name for the cubic decimetre ".
• Four years later in 1799, an all-platinum standard, the " " Kilogramme des Archives " ", was fabricated with the objective that it would equal, as close as was scientifically feasible for the day, to the mass of cubic decimetre of water at 4 癈 . The " kilogramme " was defined to be equal to the mass of the " Kilogramme des Archives " and this standard stood for the next ninety years.
• Although the decreed definition of the " kilogramme " specified water at 0 癈  a highly stable temperature point  the scientists tasked with producing the new practical realisation chose to redefine the standard and perform their measurements at the most stable density point : the temperature at which water reaches maximum density, which was measured at the time as 4 癈 . They concluded that one cubic decimetre of water at its maximum density was equal to 99.92072 % of the mass of the provisional kilogram made earlier that year.